Transcript
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Date

19 September 2002Japanese original 26 August

Analyst

H. Tamura+44-20-7521-2831Nomura International plc, London

Global pairs tradingUS/Europe/Japan

• Share price returns are becoming increasingly globalized. We have therefore devised

a global pairs trading strategy using FTSE index constituents’ share price data.

• From a universe of stocks with a FTSE market cap of $4.0 billion or more, pairs of

stocks belonging to the same sector are selected on the basis of their average share

price distance (ie, the sum of the squared deviations between the normalized share

prices). Trading starts when the relative share price is 2σ or more away from its mean

and the expected return is 15% or more. The problem with pairs trading is that even if the

prices of the two shares in question have moved together in the past, if outside observers’

views on the two companies’ fundamentals begin to diverge, with one being seen as a

“winner” and one as a “loser”, their relative share prices may never return to what they

were before. We have attempted to reduce this risk by using I/B/E/S consensus ratings

to verify whether or not analysts’ views are in accordance with our trading position.

• In the simulation, the average return on pairs closed during the out-sample period

was 12.9%, with an average investment period per pair of 43 days. The out-sample

simulation also shows that screening on the basis of analyst ratings directs the strategy

towards one of low risk/high return.

• All the pairs trades in our simulations involve stocks listed in countries where there is

a stock loan market. After taking conservative estimates of all costs—such as stock loan

costs and market impact—into account, we predict an average return of 7.0% for each

pair (29.7% on an annualized basis) after 65 days.

Global Quantitative Research

Source: Nomura

Sha

re p

rice

Share prices movetogether

Share prices diverge (open position)(1) Relative share price deviation of2σ or more;(2) expected return of 15% or more;(3) consensus ratings in accordancewith position

Time

Divergence disappears (close position)(1) Relative share price deviation of 0σ ;

or (2) consensus rating for stock thatwas bought more than one point lower

than that of stock that was sold

This is an edited and updated versionof the original Japanese report.

Please read the importantdisclosure on the last page ofthis report.

J02-378

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Nomura Quantitative Research

Global pairs trading2

Contents

The globalization of share price returns ......................................................... 3

Global pair construction and simulation ......................................................... 5

Results for individual pairs ............................................................................. 15

Pairs trading in practice .................................................................................. 21

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Nomura Quantitative Research

Global pairs trading 3

The globalization of share price returnsShare price returns are becoming increasingly globalized. What we mean by this is that

returns on stocks are increasingly affected more by global developments in the sector to

which they belong than by developments in their home country. Exhibit 1 shows how the

value of the country factor has fallen while the value of the sector factor has risen over the

past few years (we will explain later how we calculate these values). In other words, the

significance of the information regarding the country to which a particular company belongs

has decreased, while the significance of the information regarding the kind of business the

company carries out has increased.

Up to now, pairs trades have tended to be based on pairs of stocks listed in the same

country, but we believe that this is no longer necessary.

The country factor versusthe sector factor—globalization continues

Let us now explain how the country factor and the sector factor are calculated.

First of all, the following regression analysis is carried out in order to investigate the impact

on share price return of both the country and the sector to which the company in question

belongs (see Note 1).

How the country factorand the sector factor arecalculated

rt = α + βcountryrtcountry + β sector rt

sector + εt

rt = monthly stock return

rtcountry = country index return

rtsector = sector index return

1. The country factor and the sector factor

(%)

35

30

25

20

15

10

5

093/1 ~ 95/12 96/1 ~ 98/12 99/1 ~ 01/12

Sector

Country

Note: See Exhibit 2 for details of how the values of the two factors are calculated.Source: Nomura

Note 1: The calculation method used here is extremely simple. For an example of a more complicatedmethod, please refer to Suwabe (2001), to which the Securities Analysts Journal (Japan) awarded itsprize for the best paper in 2001.

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Nomura Quantitative Research

Global pairs trading4

In this calculation, rcountry is the return for the country to which the stock belongs, while rsector

is the global return for the sector to which the stock belongs. For example, in the case of

IBM, dependent variable r is the share price return on IBM, rcountry is the return on all US

stocks and rsector is the return on IT hardware companies around the world.

This regression analysis gives coefficients from which the value of the country factor and

the sector factor for individual stocks can be calculated using the following method.

Exhibit 2 shows the conditions applied to our analysis, including the stipulation that all

coefficients must be positive. Exhibit 1 shows the results of our analysis for all the stocks in

the universe, on a market cap weighted average basis.

Attcountry = Var(βcountryrtcountry)

Attsector = Var(βsectorrtsector)

Var(rt)

Var(rt)

2. Details of our regression analysis

Source: Nomura

Universe

Sector classification

Period of regressionanalysis

Dependent variable

Independent variables

Restrictions

Calculating our overallvalues

Key points

FTSE World (Australia, Austria, Belgium/Luxembourg, Brazil, Canada,Denmark, Finland, France, Germany, Greece, Hong Kong, Ireland,Israel, Italy, Japan, South Korea, Mexico, Holland, New Zealand,Norway, Portugal, Singapore, South America, Spain, Sweden,Switzerland, Taiwan, UK, America)

FTSE 36 sectors

(1) January 1993~December 1995 (36 months)(2) January 1996~December 1998 (36 months)(3) January 1999~December 2001 (36 months)

Monthly share price return (in US dollars, including dividends)

Index of country to which stock in question belongs (in US dollars,including dividends)Index of sector to which stock in question belongs (in US dollars,including dividends)

Each coefficient must have a positive value

The market cap weighted averages of the coefficients for each stockare calculated.

1. Because market cap weighted averages are used to calculate boththe independent variables and the overall values, the figures areparticularly sensitive to large-cap stocks. As large-cap stocks accountfor a substantial proportion of both sector and country indexes andthe value of the factors for these stocks tends to be high, the overallvalues also tend to be high.2. The values vary according to what form of sector classification isused. The value of the sector factor automatically increases if a moredetailed sector classification system is used. As a result, the results ofour analysis must be regarded as showing the general trend ratherthan as absolute values.

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Nomura Quantitative Research

Global pairs trading 5

Global pair construction and simulationPairs trading—ie, a long-short strategy—has been around for some time, and is still a

highly popular form of trading. As Exhibit 3 shows, pairs trading basically involves: (1)

selecting a pair of stocks whose prices tend to move together; (2) assuming that any

temporary deviation in their share prices relative to each other will disappear; and (3)

selling the overvalued stock and buying the undervalued stock.

There are very few academic papers on pairs trading. One paper on the subject, published

by Gatev, Goetzmann, and Rouwenhorst in 1999, considers whether pairs trading is effec-

tive.

The authors of this paper looked at daily share price data for all US stocks (with no restric-

tions regarding liquidity, etc) from 1962 to 1997. They selected pairs of stocks belonging to

the same S&P sector (utilities, transportation, financial, industrials) for which the sum of

the squared deviations between the two normalized price series (over 24 months) was

small. Over the next six months, they put positions on pairs of stocks with a relative share

price deviation of 2σ or more and closed them when the relative share price deviation

passed the 0σ level (see Note 2). The top 20 pairs—the 20 pairs with the smallest share

price distance—performed the best with an average return of 6% (or 12% on an annualized

basis). The return was slightly lower, at 4% (or 8% on an annualized basis), when tradability

was taken into account—ie, when they waited one day after the appearance of the trade

signals.

They then questioned whether the performance of pairs trades was different from a simple

return reversal effect. Completely disregarding share price distance, they constructed pairs

of stocks in the same sector with differences in past performance, and proved that the

performance of these pairs was significantly different from the performance achieved in

normal pairs trading.

Academic discussion~theeffect of pair trading is notsimply a reversal effect

3. How pairs trading worksS

hare

pric

e

Share prices movetogether

Stock A

Stock B

Share prices diverge(sell A, buy B)

Divergence disappears andshare prices move together again

(close position)

Time

Source: Nomura

Note 2: If the pairs were open for more than 6 months, they took the return at the point at which the pairshad been open for exactly 6 months.

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Nomura Quantitative Research

Global pairs trading6

On the basis of this quantitative analysis, the authors claimed that (1) pairs trading pro-

duces positive returns; and (2) the effect of pairs trading is not simply a return reversal

effect.

The universe for the purposes of this report is the FTSE World index. As we have already

said, share price returns are becoming increasingly globalized, so no country-related re-

strictions were imposed. (see Note 3) Exhibit 4 shows the process by which pairs were

constructed. Pairs were selected for which the sum of the squared deviations between their

normalized share prices was small, and where both stocks came from the same FTSE

subsector (our calculations are all in the local currency).

Pairs were constructedfrom a universe of theFTSE World index

Note 3: In fact, however, more than one third of the pairs are of stocks from the same country.

4. The process of constructing global pairs

1861 stocks in the FTSE World index

775 stocks (included in the FTSE World index) with a FTSEmarket cap of $4 billion or more (after free float adjustment)

Daily stock update process(pairs are reviewed every month)

Note: All analysis is carried out on the basis of the local currency of the stocks in question.Source: Nomura

In-sample period (January 1999~December 2001)

Calculation of the sum of the squared deviations between the normalizedshare prices for around 6,000 pairs

Selection of around 500 pairs with the smallest sum of squared deviations

Performance simulation(performance up to July 2002 of pairs opened between 1999 and 2001)

Out-sample period (January~July 2002)

Performance simulation(using the same pairs as those in the in-sample period)

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Nomura Quantitative Research

Global pairs trading 7

Opening a position, thetiming of closing aposition, expected returnsand rating checks

Exhibit 5 shows the conditions for opening and closing a pairs trade position. There are two

points we would like to make:

1. Including the expected return in the conditions for opening the position: The expected

return is the return that would be achieved at the moment the relative share price deviation

returned from its current level to 0σ. If relative share price deviation is the only factor taken

into account, even if the trade is successful and the position is closed out, the return may be

so low as to fail to cover trading costs. It is therefore important to check the expected return

before embarking on a trade.

Note: *The expected return is the return realized at the moment when the deviation returns from itscurrent level to 0σ. **Exhibit 16 shows our estimates of costs.Source: Nomura

Sha

re p

rice

Share prices movetogether

Share prices diverge (open position)(1) Relative share price deviation of2σ or more;(2) expected return* of 15% or more;(3) consensus ratings in line withposition (ie, a higher rating for thestock to be bought than the stock tobe sold)

Time

Divergence disappears (close position)(1) relative share price deviation of 0σ; or(2) consensus rating for stock that wasbought more than one point lower than

that of stock that was sold

5. Simulation conditions

Conditions for opening apairs trade position

Share prices whenposition is opened

Conditions for closingthe position

Share prices whenposition is closed

Calculation of return

Costs**

Relative share price deviation of 2σ or more, expected return* of15% or more, consensus ratings in line with position (ie, a higherrating for the stock to be bought than the stock to be sold)

The position is opened at the closing prices on the day when thesignals appeared.

The relative share price deviation goes below 0σ, or theconsensus rating for the stock that was bought is more than onepoint lower than the consensus rating for the stock that was sold

The position is closed at the closing prices on the day when thesignals appeared.

No leverage: sum of the return on the long and short positions

It is assumed that both forex hedging costs and the market impactare 0. Identical dividends on both stocks in the pair are alsoassumed.

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Nomura Quantitative Research

Global pairs trading8

An example of a pairstrade

Note 4: Because moving averages are used for the relative share price deviation figures, even if therelative share prices do not return to their original level, over a long period of time the deviation willprobably become 0σ.

Note 5: We did not check the fundamentals of these two companies, and looked at the performance ofthe pair constructed on the basis of relative share price deviation alone.

Note 6: When, as in the case of this pair, there is a substantial time difference between the markets inwhich the two stocks are listed, it is impossible to carry out the same investment activities in practiceas those in the simulation. Therefore, for reference purposes, the simulation was also run on the basisof the closing prices on the day after the day when the signals appeared, for both opening and closingtrades.

6. A typical example of a failed pairs trade

Sha

re p

rice

Share prices movetogether

Stock A

Stock B

Share prices diverge(sell A, buy B)

Time

Source: Nomura

Market consensus changes (stockA is regarded as a winner, whilestock B is regarded as a loser)

Deviation does notdisappear, losses increase

2. Checking the consensus rating (5 I/B/E/S ratings)

This is in order to prevent the situation where the prices of the two stocks used to move in

line with one another, but there is then a change in view regarding the fundamentals of the

two companies and one comes to be seen as a “winner” while the other comes to be seen

as a “loser”, so the losses will always increase. (Exhibit 6) It is assumed that analysts’

ratings take into account information on views regarding companies’ fundamentals—pairs

trades are therefore only embarked on when the rating of the stock to be bought is better

than the rating of the stock to be sold.

The conditions are therefore a relative share price deviation of 2σ or more, an expected

return of 15% or more, and a higher consensus rating for the long stock than the short

stock. Positions are closed when the relative share price deviation returns to 0σ (see Note

4) or when the consensus rating for the long stock is more than one point lower than the

consensus rating for the short stock.

Let us now look at an example of a simulated pairs trade. Exhibit 7 shows the example of

Eisai [4523] and US company Pharmacia. (see Note 5) This pair was constructed on the

basis of share price data for the three years from January 1999 to December 2001. On the

basis of the two companies’ closing prices on 21 March 2001, the divergence was 3.52σ,

the expected return was 25%, and the consensus ratings were in accordance with a pairs

trading position. A pairs trading position was therefore opened, and closed when the rela-

tive share price divergence turned negative on 12 April. The return over the period was

22.9%. (see Note 6)

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Nomura Quantitative Research

Global pairs trading 9

1 4 4 4 3 2 3 3 3 1 3 3 3 4 1 2 2 2 2 3 3 3 4 3 2 2 4 4 7 7 7 6

0

5

1

1

2

2

3

3

4

7. Eisai [4523] and US Pharmacia

Source: Nomura

(US$)70

60

50

40

30

20

10

0

4,500

4,000

3,500

3,000

2,500

2,000

1,500

1,000

500

0

(¥)

99/1

/1

99/2

/12

99/3

/26

99/5

/7

99/6

/18

99/7

/30

99/9

/10

99/1

0/22

99/1

2/3

00/1

/14

00/2

/25

00/4

/7

00/5

/19

00/6

/30

00/8

/11

00/9

/22

00/1

1/3

00/1

2/15

01/1

/26

01/3

/9

01/4

/20

01/6

/1

01/7

/13

01/8

/24

01/1

0/5

01/1

1/16

01/1

2/31

02/2

/12

02/3

/26

02/5

/7

02/6

/18

02/7

/30

99/1

/1

99/2

/19

99/4

/9

99/5

/28

99/7

/16

99/9

/3

99/1

0/22

99/1

2/10

00/1

/28

00/3

/17

00/5

/5

00/6

/23

00/8

/11

00/9

/29

00/1

1/17

01/1

/5

01/2

/23

01/4

/13

01/6

/1

01/7

/20

01/9

/7

01/1

0/26

01/1

2/14

02/2

/5

02/3

/26

02/5

/14

02/7

/2

6307200 Eisai

2571883 Pharmacia

Begin (long Pharmacia, short Eisai) on 01/3/21σ = 3.52

Expected return = 25.21%

End on 01/4/12σ = 0.03

Actual return = 22.93%

BEGIN 99/5/24 2.34 17.23END 99/11/04 -0.07 -7.19BEGIN 00/4/11 -2.08 24.12END 00/4/21 0.85 35.69BEGIN 01/1/3 2.47 19.01END 01/1/12 -1.07 22.99BEGIN 01/3/21 3.52 25.21END 01/4/12 -0.03 22.93BEGIN 01/8/29 2.48 17.06END 02/3/12 -0.04 -2.83

Deviation

Date σσσσσ Expected Actualreturn (%) return (%)

4

3

2

1

0

-1

-2

-3

-4

σ

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Nomura Quantitative Research

Global pairs trading10

The expected return is ofkey importance

In- and out-sample results

The average performanceof closed pairs is 12%

The average return isaround 10%, includingopen positions

Note 7: There is a long “cooling down period” to make it possible to see the performance of pairsopened just before the end of the in-sample period.

Let us now look at our in-sample and out-sample results. In the case of pairs trading, it is

extremely important to know what level of in-sample information is included in the results of

the investigation. In our simulation, January 1999 to December 2001 is the in-sample

period. Pairs are constructed entirely from quantitative information based on the share

price data for this period. The simulation is then run for the in-sample period of January

1999 to December 2001, and the performance of pairs for which signals to open the trade

appeared during this period and signals to close the trade appeared between the end of

December 2001 and the end of July 2002 is calculated. (see Note 7) Our in-sample period

simulation can thus be said to show the potential for profit from pairs trading if it were

possible the predict the degree of share price correlation perfectly accurately.

Our out-sample simulation is from January to July 2002. Pairs were constructed on the

basis of the data for 1999-2001 (the in-sample period) alone. The out-sample simulation

thus shows the extent to which performance can be predicted, and the model can with-

stand changing circumstances.

Exhibit 8 shows the results of our simulations. Let us first look at the average return. In

Condition 3 (ie, deviation of 2σ or more, expected return of 15% or more, plus rating check),

the average return is high, at 12.14% for the in-sample period and 12.88% for the out-

sample period. However, we must not forget that this is based on the assumption that the

trades are executed at the closing price on the day in question. This is difficult to achieve in

practice. Condition 4 (ie, next day trading) assumes that the trades are carried out at the

closing price on the day following the day on which the signals appeared. This is closer to

actual trading than the scenario in Condition 3. Condition 4 produces a return that is 1

percentage point or more lower than that produced by Condition 3, but it is still extremely

attractive.

However, we must not forget that, generally speaking, a closed pair is a successful pair, so

the average performance is bound to be high. This means that it is necessary to evaluate

the performance after also taking into account valuation losses and gains on pairs that are

still open. Exhibit 9 shows the average gains or losses for different lengths of time, based

on the in-sample period. For example, the average return after 65 days of 10.83% is the

average of both the performance of pairs closed by day 65 and the valuation gains or

losses on pairs still open on day 65. Similar calculations were not carried out for the out-

sample period because of the relatively short length of time involved, but the average

valuation losses on open pairs on the last day of the simulation gave a return of –2.44%.

(Exhibit 8) The performance during the out-sample period was therefore around 10% after

65 days, more or less the same as the performance during the in-sample period.

Exhibit 8 also shows that the expected return is of key importance in terms of improving

performance. Because a relatively high expected return was set as one of the necessary

conditions for opening a pairs trade, the number of pairs opened was reduced but the

return was increased. As we have already said, the performance is better when a pairs

trade is opened when there is potential for a profit that will be sufficient to offset the trading

costs.

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Nomura Quantitative Research

Global pairs trading 11

Rating screening iseffective

Rating checks produced an effect in our out-sample simulation—in other words, checking

that the consensus rating was better for the stock that is bought than that for the stock that

is sold had a positive effect. In the in-sample period, however, the average return/standard

deviation did not improve, and there was no effect. This is because, in the in-sample

simulation, pairs were selected on the basis that their relative share prices would not

diverge very much during the period (ie, they would not separate into winners and losers),

making substantial losses unlikely.

(1) Deviation of 2σ or 3780 8.41 7.31 1.15 46 38 553 7.39 5.84 1.26 42 34 more

(2) + expected return 1988 11.94 7.86 1.52 51 36 197 10.67 8.14 1.31 50 37of 15% or more

(3) + I/B/E/S rating 1030 12.14 8.13 1.49 51 36 92 12.88 6.98 1.84 43 33in line with position

(4) + one day sleep 1025 10.83 8.62 1.26 50 36 90 11.19 7.77 1.44 42 34

8. Performance summary

Note: Average and standard deviation figures are calculated for closed pairs only. Costs are not included (see Note 8). Condition (1) =position is opened when relative share price deviation is 2σ or more. Condition (2) = position is opened when relative share pricedeviation is 2σ or more and the expected return is 15% or more. Condition (3) = position is opened when relative share price deviationis 2σ or more, the expected return is 15% or more, and the rating check is OK. Condition (4) = same as (3), but performance is calculatedon the basis of the closing prices on the following day.Source: Nomura

00

00

00

00

00

00

00

00

Risk versus return of closed pairs (out-sample)

14

12

10

8

6

4

2

00 1 2 3 4 5 6 7 8 9

Standard deviation (%)

(1)

(4)

(3)

(2)

Note 8: Exhibit 16 shows our estimates of performance after taking costs into consideration.

In-sample (99-01) Out-sample (02/1-7)

No.of

pairs

Averagereturn(%)

Standarddeviation

(%)

Averagereturn/

standarddeviation

(%)

Averageholdingperiod(days)

Standarddeviationof holding

period(days)

No.of

pairs

Averagereturn(%)

Standarddeviation

(%)

Averagereturn/

standarddeviation

(%)

Averageholdingperiod(days)

Standarddeviationof holding

period(days)

Performance of open positions on31 July 2002 (3)

142 -2.44 31

Condition

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Nomura Quantitative Research

Global pairs trading12

0

0

0

0

0

0

0

20 days 35 days 50 days 65 days

9. Total of open and closed positions—Condition (3)

20 days 35 days 50 days 65 daysNo. of samples Average Probability Average Probability Average Probability Average Probability

return (%) of positive return (%) of positive return (%) of positive return (%) of positiveaverage return average return average return average return

1032 5.86 0.73 8.04 0.78 9.47 0.81 10.83 0.85

Average return (%)

12

10

8

6

4

2

020 days 35 days 50 days 65 days

Note: The figures are based on Condition (3) and the in-sample period (1999~2001). The average return is the average of the return onpairs that were closed during the period in question and the performance (based on valuations gains or losses) of pairs that were stillopen at the end of the period.Source: Nomura

10. Number of open pairs during the in-sample period

# of open pairs

0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0

120

100

80

60

40

20

099/1 3 5 7 9 11 00/1 3 5 7 9 11 01/1 3 5 7 9 11 02/1 3 5 7

Note: The number of pairs drops rapidly in 2002 because this is the cooling down period when no new pairs are opened.Source: Nomura

No new pairs opened

Number of open pairs at the end ofeach month during the in-sample

period (1999~2001)

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Nomura Quantitative Research

Global pairs trading 13

Performance by countryand by sector~there aremany pairs in the bankingand electric power sectors

Let us now look at the distribution of pairs by country. The top section of Exhibit 11 shows

that there are a large number of pairs made up of US companies. This is not surprising in

view of the high index weighting of the US (around 55%). As far as countries with an

effective sample size are concerned, there are no substantial differences from country to

country in terms of average return. It appears that the performance of pairs made up of

Japanese companies is a little better than the average.

Let us now look at the average return for each sector. First of all, there is a clear bias

towards certain sectors in terms of the pairs chosen. There are many pairs in the banking

and electric power sectors. Since no sector diversification was carried out in the pair selec-

tion process, this suggests that stocks within these sectors tend to move relatively closely

together.

Interestingly, pairs made up of stocks in different currencies performed well, although

these spreads may disappear once currency hedging costs are taken into account. How-

ever, it may also be the case that the market is more inefficient on a cross-country basis,

and investors can take advantage of this by carrying out cross-country pairs trades.

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Nomura Quantitative Research

Global pairs trading14

Different currency 698 12.53 8.19 1.53 47.23 34.27Same currency 332 11.32 7.95 1.42 58.24 38.64

CountryAUS Australia 14 11.65 5.16 2.26 55.36 32.70CAN Canada 9 9.59 6.53 1.47 58.44 15.99ESP Spain 4 13.54 6.25 2.17 44.50 18.62FRA France 2 16.59 3.90 4.26 42.00 10.00GBR UK 16 10.60 11.90 0.89 67.25 58.73ITA Italy 1 2.10 NA 0.89 72.00 NAJPN Japan 18 17.45 6.41 2.72 37.44 24.22SGP Singapore 2 14.03 1.62 8.66 31.00 7.00SWE Sweden 1 12.65 NA 8.66 57.00 NAUSA USA 232 10.81 7.87 1.37 60.60 39.64

Sector4 Mining 6 13.14 5.11 2.57 48.50 24.757 Oil & Gas 29 10.14 8.60 1.18 55.52 44.2011 Chemicals 16 14.08 7.74 1.82 44.94 34.6513 Construction & Building Materials 7 12.23 7.72 1.58 43.43 28.6615 Forestry & Paper 2 10.97 1.75 6.28 42.00 1.0024 Diversified Industrials 3 8.70 7.96 1.09 70.00 43.8525 Electronic & Electrical Equipment 11 21.57 5.22 4.13 22.18 12.5826 Engineering & Machinery 5 13.18 4.87 2.71 61.20 24.0231 Automobiles & Parts 3 8.45 5.38 1.57 61.33 11.5941 Beverages 2 21.24 0.46 46.67 22.50 17.5043 Food Producers & Processors 46 13.53 5.16 2.62 46.93 26.3144 Health 27 16.52 7.43 2.22 39.41 23.9647 Personal Care & Household Products 3 17.79 4.50 3.95 25.00 7.4848 Pharmaceuticals & Biotechnology 52 12.00 11.44 1.05 50.38 35.3149 Tobacco 4 17.03 6.72 2.53 39.00 20.7052 General Retailers 3 11.27 7.76 1.45 65.67 29.2753 Leisure, Entertainment & Hotels 16 10.17 12.31 0.83 64.69 54.3054 Media & Photography 13 10.57 6.33 1.67 54.77 28.1958 Support Services 7 6.10 11.46 0.53 79.00 68.3959 Transport 8 13.37 7.97 1.68 44.00 35.0363 Food & Drug Retailers 12 14.04 8.64 1.62 46.83 32.3667 Telecommunication Services 16 10.07 7.88 1.28 61.38 36.8072 Electricity 203 11.00 8.12 1.35 54.54 38.2573 Gas Distribution 17 14.07 4.76 2.96 37.06 19.2481 Banks 449 12.08 6.98 1.73 50.87 35.7983 Insurance 15 12.86 7.75 1.66 53.33 32.1784 Life Assurance 26 10.09 15.81 0.64 50.65 38.4386 Real Estate 4 15.76 2.28 6.92 42.75 11.7687 Speciality & Other Finance 20 14.27 7.04 2.03 37.80 27.1893 Information Technology Hardware 5 15.01 5.83 2.58 49.80 30.70

11. Summary by country and sector (for the in-sample period)

ccy No. of companies in pairs Weight (%)

AUS 11 3.99BEL 3 1.09CAN 15 5.43CHE 9 3.26DEU 6 2.17DNK 2 0.72ESP 7 2.54FIN 1 0.36FRA 14 5.07GBR 33 11.96GRC 1 0.36HKG 4 1.45ITA 7 2.54JPN 22 7.97NLD 8 2.90NOR 1 0.36PRT 1 0.36SGP 2 0.72SWE 5 1.81USA 121 43.84

Total 276 100.00

Source: Nomura

Averagereturn(%)

Standarddeviation

(%)

Averagereturn/

standarddeviation

Averageholdingperiod(days)

Standarddeviation of

holdingperiod(days)

Numberof pairstraded

Page 15: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 15

The performance ofindividual pairs

Before screening 424 12.14 51 92 12.88 43 142 -2.44 31After screening 299 13.05 47 56 13.32 40 92 -0.79 26

Source: Nomura

12. Performance before and after screening

Pairs opened during out-sample period that were still

open at the end of July

Numberof pairs

Averagereturn(%)

Averageholdingperiod(days)

Averageholdingperiod(days)

Numberof pairs

Averagereturn(%)

Averageholdingperiod(days)

Numberof pairs

Averagereturn(%)

In-sample period (99-01) Out sample period (02/1-7)

Results for individual pairsTo simplify matters, the pairs are screened on the basis of the results of the in-sample

simulation, looking only for pairs that produced results during the in-sample period. The

conditions are:

1. The pair must have been opened at least twice.

2. The average realized return must be positive.

3. The pair must be held for no more than 90 days before being closed.

As Exhibit 12 shows, this screening on the basis of the results of the in-sample simulation

resulted in a slightly better performance during the out-sample period.

Page 16: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading16

13.

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%

Page 17: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 17

13.

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A27

6716

5Sa

few

ay I

ncUS

A6

10.9

250

67Te

leco

mm

unica

tion

Serv

ices

2090

571

Veriz

on C

omm

s.US

A25

8919

8Al

ltel C

orp

USA

512

.45

5667

Tele

com

mun

icatio

n Se

rvice

s20

9060

1Be

llsou

th C

orp

USA

5533

976

Swiss

com

CH

E2

9.90

491

6.57

502

18.7

58

67Te

leco

mm

unica

tion

Serv

ices

5051

605

Hel

leni

c Te

leco

mG

RC

5533

976

Swiss

com

CH

E3

18.1

330

112

.02

5567

Tele

com

mun

icatio

n Se

rvice

s57

3252

4Te

lefo

nica

De

Espa

naES

P52

9750

6Te

leco

m It

alia

ITA

310

.05

631

-7.9

658

72El

ectri

city

2026

242

Amer

. Ele

c Po

wer

Co

USA

7908

73Sc

ott.

& So

uth.

Eng

yG

BR2

18.0

451

1-7

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1772

Elec

tricit

y20

2624

2Am

er. E

lec

Pow

er C

oUS

A21

3815

8Se

mpr

a En

ergy

USA

216

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3372

Elec

tricit

y20

2624

2Am

er. E

lec

Pow

er C

oUS

A22

8022

0D

TE E

nerg

yUS

A3

9.32

5772

Elec

tricit

y20

7340

8C

onst

ella

tion

Egy

Gp

USA

3122

387

Nat

iona

l Grid

Gro

upG

BR3

5.36

6572

Elec

tricit

y21

0092

0Fi

rste

nerg

y C

orp.

USA

2138

158

Sem

pra

Ener

gyUS

A3

8.27

781

14.9

228

72El

ectri

city

2138

158

Sem

pra

Ener

gyUS

A79

0873

Scot

t. &

Sout

h. E

ngy

GBR

515

.35

301

5.96

2172

Elec

tricit

y21

3815

8Se

mpr

a En

ergy

USA

2050

832

Amer

en C

orp

USA

210

.28

821

-0.7

921

72El

ectri

city

2198

981

Cin

ergy

Cor

pUS

A79

0873

Scot

t. &

Sout

h. E

ngy

GBR

212

.91

381

20.9

07

72El

ectri

city

2280

220

DTE

Ene

rgy

USA

7908

73Sc

ott.

& So

uth.

Eng

yG

BR3

15.2

220

114

.81

772

Elec

tricit

y22

8022

0D

TE E

nerg

yUS

A21

0092

0Fi

rste

nerg

y C

orp.

USA

210

.23

651

12.5

626

72El

ectri

city

2283

906

Duk

e En

ergy

Cor

pUS

A23

1708

7En

terg

y C

orp

USA

211

.43

561

-26.

3714

072

Elec

tricit

y22

8390

6D

uke

Ener

gy C

orp

USA

2707

677

Publ

ic S

vc E

ntp

Grp

USA

214

.73

521

16.5

245

24.

7145

72El

ectri

city

2317

087

Ente

rgy

Cor

pUS

A28

2960

1So

uthe

rn C

oUS

A4

7.35

871

2.09

772

Elec

tricit

y23

2891

5FP

L G

roup

USA

7908

73Sc

ott.

& So

uth.

Eng

yG

BR3

13.7

636

117

.05

772

Elec

tricit

y25

4204

9D

omin

ion

Res

ourc

esUS

A22

8390

6D

uke

Ener

gy C

orp

USA

28.

9085

72El

ectri

city

2542

049

Dom

inio

n R

esou

rces

USA

2317

087

Ente

rgy

Cor

pUS

A2

16.1

057

72El

ectri

city

2604

206

Prog

ress

Ene

rgy

USA

7908

73Sc

ott.

& So

uth.

Eng

yG

BR2

16.8

034

72El

ectri

city

2604

206

Prog

ress

Ene

rgy

USA

2138

158

Sem

pra

Ener

gyUS

A3

10.0

056

12.

9126

72El

ectri

city

2604

206

Prog

ress

Ene

rgy

USA

2280

220

DTE

Ene

rgy

USA

213

.41

4572

Elec

tricit

y28

2960

1So

uthe

rn C

oUS

A27

0767

7Pu

blic

Svc

Ent

p G

rpUS

A3

10.2

055

1-1

7.26

1672

Elec

tricit

y28

8570

0TX

U C

orpo

ratio

nUS

A79

0873

Scot

t. &

Sout

h. E

ngy

GBR

217

.07

211

3.11

1672

Elec

tricit

y28

8570

0TX

U C

orpo

ratio

nUS

A21

3815

8Se

mpr

a En

ergy

USA

220

.41

302

12.7

836

72El

ectri

city

2885

700

TXU

Cor

pora

tion

USA

2328

915

FPL

Gro

upUS

A2

8.99

8572

Elec

tricit

y44

2464

0Ib

erdr

ola

ESP

7908

73Sc

ott.

& So

uth.

Eng

yG

BR2

18.8

119

13.

612

72El

ectri

city

4424

640

Iber

drol

aES

P20

2624

2Am

er. E

lec

Pow

er C

oUS

A2

16.1

126

72El

ectri

city

4424

640

Iber

drol

aES

P20

5083

2Am

eren

Cor

pUS

A2

15.4

022

1-5

.29

572

Elec

tricit

y44

2464

0Ib

erdr

ola

ESP

2138

158

Sem

pra

Ener

gyUS

A2

16.4

435

118

.99

2072

Elec

tricit

y44

2464

0Ib

erdr

ola

ESP

2198

981

Cin

ergy

Cor

pUS

A2

19.2

116

1-0

.90

272

Elec

tricit

y44

2464

0Ib

erdr

ola

ESP

2280

220

DTE

Ene

rgy

USA

210

.17

6172

Elec

tricit

y44

2464

0Ib

erdr

ola

ESP

2328

915

FPL

Gro

upUS

A3

11.0

259

72El

ectri

city

4424

640

Iber

drol

aES

P26

0420

6Pr

ogre

ss E

nerg

yUS

A3

13.4

425

72El

ectri

city

4424

640

Iber

drol

aES

P28

8570

0TX

U C

orpo

ratio

nUS

A2

9.29

6472

Elec

tricit

y60

9701

7C

LP H

oldi

ngs

HKG

7908

73Sc

ott.

& So

uth.

Eng

yG

BR2

15.1

747

72El

ectri

city

6097

017

CLP

Hol

ding

sH

KG20

5083

2Am

eren

Cor

pUS

A2

11.0

742

72El

ectri

city

6097

017

CLP

Hol

ding

sH

KG68

9540

4To

kyo

Elec

Pow

erJP

N2

15.3

849

72El

ectri

city

6195

609

Chu

bu E

lec

Pow

erJP

N79

0873

Scot

t. &

Sout

h. E

ngy

GBR

212

.17

6372

Elec

tricit

y61

9560

9C

hubu

Ele

c Po

wer

JPN

2026

242

Amer

. Ele

c Po

wer

Co

USA

36.

8069

1-1

4.85

2172

Elec

tricit

y61

9560

9C

hubu

Ele

c Po

wer

JPN

2100

920

Firs

tene

rgy

Cor

p.US

A3

13.2

648

11.

5017

72El

ectri

city

6195

609

Chu

bu E

lec

Pow

erJP

N21

3815

8Se

mpr

a En

ergy

USA

319

.23

271

3.50

2172

Elec

tricit

y61

9560

9C

hubu

Ele

c Po

wer

JPN

2198

981

Cin

ergy

Cor

pUS

A3

6.12

761

14.4

510

72El

ectri

city

6195

609

Chu

bu E

lec

Pow

erJP

N28

8570

0TX

U C

orpo

ratio

nUS

A2

17.4

130

1-0

.57

16

Sou

rce:

Nom

ura

Perf

orm

ance

of

open

posi

tions

@31

Jul

days

FTSE

sec

tor

St

ock

A

S

tock

B

9

9-01

(in-

sam

ple)

02

(out

-sam

ple)

sed

ol

nam

e

ccy

s

edol

na

me

ccy

#

ave

ret

av

e da

ys #

a

ve r

et

ave

day

s

Page 18: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading18

13.

Th

e re

sult

s o

f o

ur

sim

ula

tio

n f

or

ind

ivid

ual

pai

rs (

3)

FTSE

sec

tor

Stoc

k A

Stoc

k B

99-0

1 (in

-sam

ple)

02 (

out-

sam

ple)

sedo

lna

me

ccy

se

dol

nam

e c

cy#

ave

ret

ave

days

#av

e re

tav

e da

ys

%

%%

72El

ectri

city

6195

609

Chu

bu E

lec

Pow

erJP

N68

9526

6To

hoku

Ele

c Po

wer

JPN

215

.26

4572

Elec

tricit

y64

3532

7H

ong

Kong

Ele

ctric

HKG

2542

049

Dom

inio

n R

esou

rces

USA

24.

8873

119

.97

772

Elec

tricit

y64

8348

9Ka

nsai

Ele

c Po

wer

JPN

2216

850

Con

s Ed

ison

Hol

ding

USA

216

.27

321

18.1

29

72El

ectri

city

6483

489

Kans

ai E

lec

Pow

erJP

N26

0420

6Pr

ogre

ss E

nerg

yUS

A4

12.2

648

114

.25

972

Elec

tricit

y64

8348

9Ka

nsai

Ele

c Po

wer

JPN

2885

700

TXU

Cor

pora

tion

USA

215

.39

291

3.75

1672

Elec

tricit

y64

9980

6Ky

ushu

Ele

c Po

wer

JPN

7908

73Sc

ott.

& So

uth.

Eng

yG

BR3

14.4

938

72El

ectri

city

6499

806

Kyus

hu E

lec

Pow

erJP

N20

2624

2Am

er. E

lec

Pow

er C

oUS

A3

3.90

791

-6.0

717

72El

ectri

city

6499

806

Kyus

hu E

lec

Pow

erJP

N21

0092

0Fi

rste

nerg

y C

orp.

USA

214

.46

341

7.54

1772

Elec

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y64

9980

6Ky

ushu

Ele

c Po

wer

JPN

2138

158

Sem

pra

Ener

gyUS

A2

15.5

315

18.

8821

72El

ectri

city

6499

806

Kyus

hu E

lec

Pow

erJP

N21

9898

1C

iner

gy C

orp

USA

38.

5658

125

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872

Elec

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y64

9980

6Ky

ushu

Ele

c Po

wer

JPN

2280

220

DTE

Ene

rgy

USA

215

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321

13.5

010

72El

ectri

city

6499

806

Kyus

hu E

lec

Pow

erJP

N26

0420

6Pr

ogre

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nerg

yUS

A3

2.67

822

12.2

042

72El

ectri

city

6499

806

Kyus

hu E

lec

Pow

erJP

N28

8570

0TX

U C

orpo

ratio

nUS

A2

14.6

921

14.

9216

72El

ectri

city

6895

266

Toho

ku E

lec

Pow

erJP

N20

2624

2Am

er. E

lec

Pow

er C

oUS

A2

10.9

752

112

.72

372

-9.8

721

72El

ectri

city

6895

266

Toho

ku E

lec

Pow

erJP

N21

0092

0Fi

rste

nerg

y C

orp.

USA

310

.55

591

4.11

1872

Elec

tricit

y68

9526

6To

hoku

Ele

c Po

wer

JPN

2604

206

Prog

ress

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rgy

USA

45.

0767

116

.79

872

Elec

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y68

9526

6To

hoku

Ele

c Po

wer

JPN

2885

700

TXU

Cor

pora

tion

USA

315

.48

461

4.55

1672

Elec

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y68

9540

4To

kyo

Elec

Pow

erJP

N20

5083

2Am

eren

Cor

pUS

A3

8.27

6572

Elec

tricit

y68

9540

4To

kyo

Elec

Pow

erJP

N22

8022

0D

TE E

nerg

yUS

A2

15.6

831

112

.88

1072

Elec

tricit

y68

9540

4To

kyo

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Pow

erJP

N27

0767

7Pu

blic

Svc

Ent

p G

rpUS

A5

9.99

431

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216

72El

ectri

city

6895

404

Toky

o El

ec P

ower

JPN

4424

640

Iber

drol

aES

P3

11.7

351

10.

278

73G

as D

istri

butio

n22

4962

9Ke

yspa

n C

orpo

ratio

nUS

A22

9594

5El

Pas

o C

orpo

ratio

nUS

A3

14.2

837

113

.26

362

-59.

4765

73G

as D

istri

butio

n24

6614

9En

brid

geC

AN22

4962

9Ke

yspa

n C

orpo

ratio

nUS

A2

9.57

5573

Gas

Dis

tribu

tion

2466

149

Enbr

idge

CAN

6895

448

Toky

o G

asJP

N4

17.3

327

81Ba

nks

4455

Abbe

y N

atio

nal

GBR

3861

4Al

lianc

e &

Leic

este

rG

BR3

6.34

811

-17.

0015

081

Bank

s44

55Ab

bey

Nat

iona

lG

BR14

5279

Nor

ther

n R

ock

GBR

48.

3075

15.

3272

81Ba

nks

4455

Abbe

y N

atio

nal

GBR

2914

842

Uni

on P

lant

ers

USA

514

.12

4481

Bank

s40

8284

Stan

dard

Cha

rtere

dG

BR48

1334

5Sk

and

Ensk

ilda

Bkn

ASW

E3

12.6

349

115

.89

4181

Bank

s87

0612

Lloy

ds T

SB G

roup

GBR

2462

222

Flee

tbos

ton

Fin

Cp

USA

411

.65

671

12.1

123

2-9

.84

1181

Bank

s87

0612

Lloy

ds T

SB G

roup

GBR

2860

990

Sunt

rust

Ban

ksUS

A5

15.6

738

81Ba

nks

8706

12Ll

oyds

TSB

Gro

upG

BR29

1484

2U

nion

Pla

nter

sUS

A2

15.9

927

81Ba

nks

2023

737

AMBA

C F

inan

cial G

rpUS

A71

4761

0D

exia

BEL

216

.30

3481

Bank

s20

7600

9Ba

nk o

f Mon

treal

CAN

2170

525

Can

adia

n Im

p Ba

nkC

AN2

5.88

6781

Bank

s20

7600

9Ba

nk o

f Mon

treal

CAN

2336

747

Fifth

Thi

rd B

anco

rpUS

A2

9.87

6181

Bank

s20

7600

9Ba

nk o

f Mon

treal

CAN

2692

665

PNC

Fin

ancia

l Svc

Gp

USA

410

.08

501

5.02

1081

Bank

s20

7600

9Ba

nk o

f Mon

treal

CAN

5857

836

Banc

o Po

pula

r Es

pES

P2

3.32

7781

Bank

s20

7602

1Ba

nk o

f New

Yor

kUS

A25

7635

0M

ello

n Fi

nanc

ial C

pUS

A2

12.5

256

1-0

.20

781

Bank

s20

7602

1Ba

nk o

f New

Yor

kUS

A26

4910

0W

ells

Farg

o &

Co.

USA

48.

5379

81Ba

nks

2076

021

Bank

of N

ew Y

ork

USA

5380

031

Nor

dea

ABSW

E4

14.4

324

110

.02

4881

Bank

s20

7602

1Ba

nk o

f New

Yor

kUS

A57

0366

1Sv

ensk

a H

ande

lsbn

kSW

E4

12.9

631

111

.31

5881

Bank

s20

7628

1Ba

nk o

f Nov

a Sc

otia

CAN

2649

100

Wel

ls Fa

rgo

& C

o.US

A3

7.45

7781

Bank

s20

7628

1Ba

nk o

f Nov

a Sc

otia

CAN

5703

661

Sven

ska

Han

dels

bnk

SWE

314

.80

2781

Bank

s20

7628

1Ba

nk o

f Nov

a Sc

otia

CAN

5857

836

Banc

o Po

pula

r Es

pES

P2

12.6

160

81Ba

nks

2076

281

Bank

of N

ova

Scot

iaC

AN62

1503

5C

omw

lth B

ank

Of A

ust

AUS

213

.94

501

17.8

914

81Ba

nks

2076

281

Bank

of N

ova

Scot

iaC

AN67

6842

1St

.Geo

rge

Bank

AUS

216

.07

4081

Bank

s21

7052

5C

anad

ian

Imp

Bank

CAN

2336

747

Fifth

Thi

rd B

anco

rpUS

A3

15.8

930

81Ba

nks

2170

525

Can

adia

n Im

p Ba

nkC

AN27

5438

3R

oyal

Ban

k O

f Can

ada

CAN

27.

7768

81Ba

nks

2170

525

Can

adia

n Im

p Ba

nkC

AN57

0366

1Sv

ensk

a H

ande

lsbn

kSW

E2

9.79

6181

Bank

s21

7052

5C

anad

ian

Imp

Bank

CAN

6768

421

St.G

eorg

e Ba

nkAU

S2

6.68

781

-4.1

351

81Ba

nks

2190

385

JP M

orga

n C

hase

& C

oUS

A58

1249

3B

C P

ortu

gues

PRT

414

.41

431

17.3

36

224

.97

781

Bank

s22

1287

0C

omer

ica

USA

2490

911

Keyc

orp

USA

210

.74

7481

Bank

s22

9567

7Ba

nk o

f Am

eric

aUS

A25

6811

9M

arsh

all &

Ilsle

yUS

A3

12.2

763

81Ba

nks

2297

907

Citi

grou

pUS

A59

6651

6So

c G

ener

ale

De

FrFR

A3

15.7

921

14.

7010

281

Bank

s22

9859

1Ba

nk O

ne C

orp

USA

2339

638

Reg

ions

Fin

anci

alUS

A2

4.90

9081

Bank

s22

9859

1Ba

nk O

ne C

orp

USA

2490

911

Keyc

orp

USA

411

.17

5481

Bank

s24

4596

6H

untin

gton

Ban

csha

reUS

A57

1347

7C

redi

t Ly

onna

isFR

A2

13.1

041

81Ba

nks

2462

222

Flee

tbos

ton

Fin

Cp

USA

2860

990

Sunt

rust

Ban

ksUS

A2

5.49

751

-19.

6413

81Ba

nks

2462

222

Flee

tbos

ton

Fin

Cp

USA

4846

523

Fore

ning

sspa

rb S

er A

SWE

313

.57

441

14.2

539

2-0

.68

1181

Bank

s24

9091

1Ke

ycor

pUS

A44

55Ab

bey

Nat

iona

lG

BR4

19.7

730

81Ba

nks

2212

870

Com

eric

aUS

A44

55Ab

bey

Nat

iona

lG

BR3

10.6

064

Sou

rce:

Nom

ura

Perf

orm

ance

of

open

posi

tions

@31

Jul

days

Page 19: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 19

13.

Th

e re

sult

s o

f o

ur

sim

ula

tio

n f

or

ind

ivid

ual

pai

rs (

4)

FTSE

sec

tor

Stoc

k A

Stoc

k B

99-0

1 (in

-sam

ple)

02 (

out-

sam

ple)

sedo

lna

me

ccy

sedo

lna

me

ccy

#av

e re

tav

e da

ys#

ave

ret

ave

days

%

%%

81Ba

nks

2490

911

Keyc

orp

USA

3861

4Al

lianc

e &

Leic

este

rG

BR3

16.2

550

81Ba

nks

2490

911

Keyc

orp

USA

2830

904

BB&T

Cor

pora

tion

USA

210

.67

5081

Bank

s25

7635

0M

ello

n Fi

nanc

ial C

pUS

A53

8003

1N

orde

a AB

SWE

516

.34

2381

Bank

s25

7635

0M

ello

n Fi

nanc

ial C

pUS

A57

0366

1Sv

ensk

a H

ande

lsbn

kSW

E6

14.5

441

1-2

.18

2281

Bank

s25

7635

0M

ello

n Fi

nanc

ial C

pUS

A62

1503

5C

omw

lth B

ank

Of A

ust

AUS

513

.42

471

-16.

0940

81Ba

nks

2576

350

Mel

lon

Fina

ncia

l Cp

USA

7126

114

UBS

AG

CH

E4

14.8

832

1-0

.34

1881

Bank

s26

2504

7N

atio

nal C

ity C

orp

USA

2341

484

Firs

t Ten

n N

atl

USA

219

.59

3181

Bank

s26

4910

0W

ells

Farg

o &

Co.

USA

2336

747

Fifth

Thi

rd B

anco

rpUS

A2

10.6

045

81Ba

nks

2649

100

Wel

ls Fa

rgo

& C

o.US

A25

7635

0M

ello

n Fi

nanc

ial C

pUS

A2

11.4

139

81Ba

nks

2649

100

Wel

ls Fa

rgo

& C

o.US

A53

8003

1N

orde

a AB

SWE

315

.10

4381

Bank

s26

4910

0W

ells

Farg

o &

Co.

USA

5703

661

Sven

ska

Han

dels

bnk

SWE

411

.90

4181

Bank

s26

4910

0W

ells

Farg

o &

Co.

USA

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S3

12.5

752

81Ba

nks

2649

100

Wel

ls Fa

rgo

& C

o.US

A71

2611

4U

BS A

GC

HE

219

.73

2181

Bank

s26

9266

5PN

C F

inan

cial S

vc G

pUS

A23

3674

7Fi

fth T

hird

Ban

corp

USA

311

.60

4081

Bank

s26

9266

5PN

C F

inan

cial S

vc G

pUS

A25

7635

0M

ello

n Fi

nanc

ial C

pUS

A2

9.42

6081

Bank

s26

9266

5PN

C F

inan

cial S

vc G

pUS

A53

8003

1N

orde

a AB

SWE

317

.41

421

20.7

84

81Ba

nks

2692

665

PNC

Fin

ancia

l Svc

Gp

USA

7126

114

UBS

AG

CH

E2

14.2

047

81Ba

nks

2754

383

Roy

al B

ank

Of C

anad

aC

AN26

9266

5PN

C F

inan

cial S

vc G

pUS

A2

10.4

460

81Ba

nks

2754

383

Roy

al B

ank

Of C

anad

aC

AN53

8003

1N

orde

a AB

SWE

212

.28

4781

Bank

s27

5438

3R

oyal

Ban

k O

f Can

ada

CAN

5703

661

Sven

ska

Han

dels

bnk

SWE

29.

9850

81Ba

nks

2754

383

Roy

al B

ank

Of C

anad

aC

AN58

5783

6Ba

nco

Popu

lar

Esp

ESP

24.

6775

81Ba

nks

2830

904

BB&T

Cor

pora

tion

USA

4455

Abbe

y N

atio

nal

GBR

212

.90

6081

Bank

s28

3090

4BB

&T C

orpo

ratio

nUS

A14

5279

Nor

ther

n R

ock

GBR

515

.55

3381

Bank

s28

6099

0Su

ntru

st B

anks

USA

4455

Abbe

y N

atio

nal

GBR

49.

1358

81Ba

nks

2897

222

Toro

nto-

Dom

inio

n C

omC

AN54

0528

HSB

C H

ldgs

GBR

26.

9367

11.

5342

81Ba

nks

2897

222

Toro

nto-

Dom

inio

n C

omC

AN31

3486

5Ba

rcla

ysG

BR4

11.4

044

112

.68

5181

Bank

s28

9722

2To

ront

o-D

omin

ion

Com

CAN

7171

589

Cre

dit S

uiss

e G

roup

CH

E2

10.9

248

81Ba

nks

2897

222

Toro

nto-

Dom

inio

n C

omC

AN73

0968

1BN

P Pa

ribas

FRA

413

.79

561

7.03

5481

Bank

s29

1484

2U

nion

Pla

nter

sUS

A38

614

Allia

nce

& Le

ices

ter

GBR

316

.25

3981

Bank

s30

7073

2Ba

nk o

f Ire

land

IRL

2158

974

Syno

vus

Fina

ncia

lUS

A5

15.1

536

81Ba

nks

4020

684

Allie

d Iri

sh B

anks

IRL

4455

Abbe

y N

atio

nal

GBR

211

.14

6781

Bank

s40

2068

4Al

lied

Irish

Ban

ksIR

L38

614

Allia

nce

& Le

ices

ter

GBR

310

.91

7481

Bank

s40

2068

4Al

lied

Irish

Ban

ksIR

L87

0612

Lloy

ds T

SB G

roup

GBR

316

.73

3181

Bank

s40

2068

4Al

lied

Irish

Ban

ksIR

L22

1287

0C

omer

ica

USA

415

.60

391

15.8

23

81Ba

nks

4020

684

Allie

d Iri

sh B

anks

IRL

2490

911

Keyc

orp

USA

214

.50

461

3.45

281

Bank

s40

2068

4Al

lied

Irish

Ban

ksIR

L28

3090

4BB

&T C

orpo

ratio

nUS

A4

18.3

730

117

.70

381

Bank

s40

2068

4Al

lied

Irish

Ban

ksIR

L28

6099

0Su

ntru

st B

anks

USA

311

.51

611

22.2

826

23.

372

81Ba

nks

4232

445

Uni

Cre

dito

Ital

iano

ITA

4846

523

Fore

ning

sspa

rb S

er A

SWE

314

.93

3481

Bank

s42

3244

5U

ni C

redi

to It

alia

noIT

A58

1249

3B

C P

ortu

gues

PRT

312

.56

5381

Bank

s48

1334

5Sk

and

Ensk

ilda

Bkn

ASW

E71

2611

4U

BS A

GC

HE

311

.30

531

15.0

919

81Ba

nks

4846

523

Fore

ning

sspa

rb S

er A

SWE

5812

493

B C

Por

tugu

esPR

T7

16.5

830

111

.49

5281

Bank

s52

5076

9AB

N A

mro

Hld

gs.

NLD

4082

84St

anda

rd C

harte

red

GBR

312

.78

441

6.40

881

Bank

s52

5076

9AB

N A

mro

Hld

gs.

NLD

4813

345

Skan

d En

skild

a Bk

n A

SWE

410

.64

5281

Bank

s52

5076

9AB

N A

mro

Hld

gs.

NLD

6916

781

Uni

ted

Ove

rsea

s Ba

nkSG

P2

7.70

5481

Bank

s53

8003

1N

orde

a AB

SWE

7126

114

UBS

AG

CH

E4

16.5

533

81Ba

nks

5501

906

BBVA

ESP

2076

021

Bank

of N

ew Y

ork

USA

318

.01

3081

Bank

s55

0190

6BB

VAES

P25

7635

0M

ello

n Fi

nanc

ial C

pUS

A2

9.82

381

14.7

810

81Ba

nks

5501

906

BBVA

ESP

2649

100

Wel

ls Fa

rgo

& C

o.US

A2

16.8

032

81Ba

nks

5501

906

BBVA

ESP

5380

031

Nor

dea

ABSW

E3

15.5

836

81Ba

nks

5501

906

BBVA

ESP

5556

575

San

Paol

o-Im

iIT

A4

13.2

457

81Ba

nks

5501

906

BBVA

ESP

5812

493

B C

Por

tugu

esPR

T2

17.4

455

81Ba

nks

5501

906

BBVA

ESP

5857

836

Banc

o Po

pula

r Es

pES

P4

13.5

445

81Ba

nks

5501

906

BBVA

ESP

7126

114

UBS

AG

CH

E3

13.5

949

81Ba

nks

5556

575

San

Paol

o-Im

iIT

A58

1249

3B

C P

ortu

gues

PRT

313

.52

381

10.8

243

81Ba

nks

5705

946

BSC

HES

P40

8284

Stan

dard

Cha

rtere

dG

BR2

12.6

254

10.

001

81Ba

nks

5705

946

BSC

HES

P48

1334

5Sk

and

Ensk

ilda

Bkn

ASW

E3

12.2

946

113

.19

752

-7.8

82

81Ba

nks

5705

946

BSC

HES

P52

5076

9AB

N A

mro

Hld

gs.

NLD

212

.58

2581

Bank

s57

0594

6BS

CH

ESP

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S2

13.1

428

81Ba

nks

5705

946

BSC

HES

P69

1678

1U

nite

d O

vers

eas

Bank

SGP

28.

5457

81Ba

nks

5750

355

Deu

tsch

e Ba

nkD

EU59

6651

6So

c G

ener

ale

De

FrFR

A3

12.9

649

119

.66

9

Sou

rce:

Nom

ura

Perf

orm

ance

of

open

posi

tions

@31

Jul

days

Page 20: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading20

13.

Th

e re

sult

s o

f o

ur

sim

ula

tio

n f

or

ind

ivid

ual

pai

rs (

6)

FTSE

sec

tor

Stoc

k A

Stoc

k B

99-0

1 (in

-sam

ple)

02 (

out-

sam

ple)

sedo

lna

me

ccy

sedo

lna

me

ccy

#av

e re

tav

e da

ys#

ave

ret

ave

days

%

%

%

81Ba

nks

5857

836

Banc

o Po

pula

r Es

pES

P23

3674

7Fi

fth T

hird

Ban

corp

USA

314

.20

391

15.4

816

81Ba

nks

5857

836

Banc

o Po

pula

r Es

pES

P25

7635

0M

ello

n Fi

nanc

ial C

pUS

A4

10.9

760

1-2

2.55

4381

Bank

s58

5783

6Ba

nco

Popu

lar

Esp

ESP

2692

665

PNC

Fin

ancia

l Svc

Gp

USA

312

.97

521

14.6

627

2-2

.85

1081

Bank

s58

5783

6Ba

nco

Popu

lar

Esp

ESP

5380

031

Nor

dea

ABSW

E3

9.04

7481

Bank

s58

5783

6Ba

nco

Popu

lar

Esp

ESP

5703

661

Sven

ska

Han

dels

bnk

SWE

214

.69

3081

Bank

s58

5783

6Ba

nco

Popu

lar

Esp

ESP

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S2

17.2

117

81Ba

nks

5857

836

Banc

o Po

pula

r Es

pES

P71

2611

4U

BS A

GC

HE

513

.82

461

-1.6

08

81Ba

nks

6065

586

ANZ

Bank

AUS

2170

525

Can

adia

n Im

p Ba

nkC

AN2

13.2

048

81Ba

nks

6065

586

ANZ

Bank

AUS

4588

825

Dan

ske

Bank

A/S

DN

K3

9.71

4981

Bank

s60

6558

6AN

Z Ba

nkAU

S57

0366

1Sv

ensk

a H

ande

lsbn

kSW

E4

9.75

5181

Bank

s60

7614

6W

estp

ac B

anki

ng C

orp

AUS

2076

281

Bank

of N

ova

Scot

iaC

AN2

13.5

531

115

.37

981

Bank

s60

7614

6W

estp

ac B

anki

ng C

orp

AUS

2170

525

Can

adia

n Im

p Ba

nkC

AN2

13.9

547

81Ba

nks

6076

146

Wes

tpac

Ban

king

Cor

pAU

S23

3674

7Fi

fth T

hird

Ban

corp

USA

215

.51

3981

Bank

s60

7614

6W

estp

ac B

anki

ng C

orp

AUS

2576

350

Mel

lon

Fina

ncia

l Cp

USA

37.

3167

1-1

2.63

3781

Bank

s60

7614

6W

estp

ac B

anki

ng C

orp

AUS

2649

100

Wel

ls Fa

rgo

& C

o.US

A4

12.4

556

81Ba

nks

6076

146

Wes

tpac

Ban

king

Cor

pAU

S53

8003

1N

orde

a AB

SWE

215

.32

3381

Bank

s60

7614

6W

estp

ac B

anki

ng C

orp

AUS

5703

661

Sven

ska

Han

dels

bnk

SWE

27.

7859

81Ba

nks

6076

146

Wes

tpac

Ban

king

Cor

pAU

S58

5783

6Ba

nco

Popu

lar

Esp

ESP

28.

3668

81Ba

nks

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S48

1334

5Sk

and

Ensk

ilda

Bkn

ASW

E6

15.1

837

81Ba

nks

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S57

0366

1Sv

ensk

a H

ande

lsbn

kSW

E3

7.14

7381

Bank

s62

1503

5C

omw

lth B

ank

Of A

ust

AUS

6768

421

St.G

eorg

e Ba

nkAU

S2

16.5

118

81Ba

nks

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S71

2611

4U

BS A

GC

HE

212

.89

281

16.2

125

23.

1828

81Ba

nks

6408

374

Han

g Se

ng B

ank

HKG

4082

84St

anda

rd C

harte

red

GBR

313

.89

4881

Bank

s64

0837

4H

ang

Seng

Ban

kH

KG57

0594

6BS

CH

ESP

213

.01

631

-19.

4528

81Ba

nks

6408

374

Han

g Se

ng B

ank

HKG

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S2

8.16

8281

Bank

s64

0837

4H

ang

Seng

Ban

kH

KG69

1678

1U

nite

d O

vers

eas

Bank

SGP

413

.79

2881

Bank

s66

2460

8N

atl A

ustra

lia B

kAU

S20

7600

9Ba

nk o

f Mon

treal

CAN

315

.75

2081

Bank

s66

2460

8N

atl A

ustra

lia B

kAU

S20

7628

1Ba

nk o

f Nov

a Sc

otia

CAN

217

.36

241

16.6

629

81Ba

nks

6624

608

Nat

l Aus

tralia

Bk

AUS

2336

747

Fifth

Thi

rd B

anco

rpUS

A2

19.4

527

81Ba

nks

6624

608

Nat

l Aus

tralia

Bk

AUS

2576

350

Mel

lon

Fina

ncia

l Cp

USA

34.

6178

1-1

4.66

4081

Bank

s66

2460

8N

atl A

ustra

lia B

kAU

S26

4910

0W

ells

Farg

o &

Co.

USA

612

.96

5081

Bank

s66

2460

8N

atl A

ustra

lia B

kAU

S27

5438

3R

oyal

Ban

k O

f Can

ada

CAN

215

.93

4181

Bank

s66

2460

8N

atl A

ustra

lia B

kAU

S58

5783

6Ba

nco

Popu

lar

Esp

ESP

211

.20

6581

Bank

s69

1678

1U

nite

d O

vers

eas

Bank

SGP

6215

035

Com

wlth

Ban

k O

f Aus

tAU

S4

9.89

601

15.6

923

81Ba

nks

6916

781

Uni

ted

Ove

rsea

s Ba

nkSG

P66

6368

9O

vers

eas

Chi

nese

Bk

SGP

214

.03

3181

Bank

s71

7158

9C

redi

t Sui

sse

Gro

upC

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Page 21: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 21

Pairs trading in practiceIn the simulations seen up to now, costs have not been taken into account. Let us now

consider the returns that can be achieved by investors in practice, taking costs into account.

The first practical problem concerns the short trades. Pairs trading is not possible without

short selling. Let us assume that short trades are carried out after borrowing stocks on the

stock loan market. As Exhibit 14 shows, the countries with stock loan markets and the

countries that are included in the FTSE Developed index are more or less one and the

same. (see Note 9)

The costs of carrying outpairs trading areconsidered

Stock loan markets

Note 9: The simulations carried out have been limited to stocks in countries with a stock loan market. Ithas also been assumed that, as the universe is stocks with a FTSE market cap of $4.0 billion or more,borrowing these stocks from stock loan markets should not be a major problem. Indeed, we havematched our most recent list of pairs with the stock loan inventory lists of 35 companies that lendstocks, and can confirm that there should be no major problems regarding liquidity.

Exhibit 15 shows our rough calculations of borrowing costs. These costs are annual, so

they need to be divided by 365 to obtain the daily rate.

There is also the question of dividends. When a stock is borrowed on the stock loan

market, the borrower has no entitlement to dividends, which accrue to the lender. The

domestic dividend requirement ratio varies from country to country, because of differences

in tax systems. If the dividend yield on the stock that has been bought is higher than that on

the stock that has been sold, then the former offsets the latter, but if the dividend yield on the

stock that has been bought is lower than that on the stock that has been sold, the investor

must pay the difference.

In addition, our simulations are based on transactions carried out in the local currency. In

practice, however, forex hedging would be required. Hedging costs for pairs where the two

stocks are from different countries therefore need to be estimated.

Another important issue is that of market impact. It is necessary to consider the movement

in share price from the time when the signal appeared to the time when the trade is actually

completed, rather than simply the problem of liquidity. Exhibit 8 shows that there is a

difference in performance of more than one percentage point between transactions carried

out at the closing price on the day the signals appeared and transactions carried out at the

closing price on the following day. This means that a market impact of at least around 1%

can be expected in actual trading.

Exhibit 16 shows our estimate of the actual performance of pairs trading, taking these

costs into account. We calculate that the performance of global pairs trading, taking costs

into account, is 7.0% (or 29.7% on an annualized basis).

Forex hedging andmarket impact

We estimate a return onactual pairs trading of 7%

Page 22: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading22

Ccy Country name Stock loan FTSE FTSEmarket developed world

ARG Argentina N/A

AUS Australia

AUT Austria

BEL Belgium & Luxembourg

BRA Brazil N/A

CAN Canada

CHE Switzerland

CHL Chile N/A

CHN China N/A

COL Colombia N/A

CZE Czech Republic N/A

DEU Germany

DNK Denmark

EGY Egypt N/A

ESP Spain

FIN Finland

FRA France

GBR UK

GRC Greece N/A

HKG Hong Kong, China

HUN Hungary N/A

IDN Indonesia N/A

IND India N/A

IRL Ireland

ISR Israel N/A

ITA Italy

JPN Japan

KOR Korea N/A (soon)

MAR Morocco N/A

MEX Mexico (illiquid)

MYS Malaysia N/A

NLD Netherlands

NOR Norway

NZL New Zealand

PAK Pakistan N/A

PER Peru N/A

PHL Philippines (illiquid)

POL Poland N/A

PRT Portugal

RUS Russia N/A

SGP Singapore

SWE Sweden

THA Thailand

TUR Turkey N/A

TWN Taiwan N/A

USA USA

VEN Venezuela N/A

ZAF South Africa (restriction)

14. Countries with and without a stock loan market

Source: Nomura. Darkened areas have stock loan markets.

Page 23: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 23

Loan size Domestic Div Req Uptick

<$250,000 $250,000 - $1,000,000 >$1,000,000

AUS 2.5 1.00 0.50 150.00 x

CAD 1.5 0.75 0.30 100.00 x

DEU 2.5 1.00 0.50 100.00 x

ESP 4.0 1.50 1.00 100.00 x

FRA 2.5 1.00 0.50 115.00 x

GBR 2.5 0.75 0.25 90.00 x

ITA 2.5 1.00 0.50 152.86 x

JPN 2.0 0.75 0.25 100.00 yes

MEX 3.5 3.25 3.00 100.00

SWE 3.0 1.00 0.75 100.00 x

USA 1.5 0.50 0.20 100.00 yes

15. Borrowing costs (%)

Note: The reality could be substantially different from these figures. The Domestic Div Req figures shown are for investors domiciled thecountry in question buying stocks listed in the country in question, and the structure is different for non-domiciled investors.Source: Nomura

Let us now look at the differences between global pairs trading and the more usual country-

specific pairs trading. Both have advantages and disadvantages. The advantage of global

pairs trading is that its wider universe makes it possible to select pairs with high liquidity. In

addition, by limiting the universe to FTSE stocks with a FTSE market cap of $4.0 billion or

more, it should be possible to borrow stocks with no major problems. The problem with

global pairs trading, however, is that when different currencies are involved trades are more

complicated and forex hedging costs have to be paid. In addition, even with so-called global

companies based in other countries, a shortage of available information may make it

difficult for investors who wish to investigate in more detail to check their fundamentals.

The reverse is true for country-specific pairs trading. Because of the selection of pairs is

limited to stocks in the same country, the number of pairs is likely to be small (except in the

case of the US), or there may be insufficient liquidity. On the other hand, however, checking

the fundamentals tends to be easier, as both stocks in the pair are likely to be well known to

investors. Exhibit 17 shows these differences.

The advantage of globalpairs trading is that itprovides a wider universe

16. Our estimates of performance taking costs into account

Expected return on pairs trading

Market impact (opportunity loss)

Stock borrowing costs

Forex hedging costs

Commission

Difference between dividends receivedand dividends paid

Net performance

10.00

-1.60

-0.13

-0.46

-0.80

0.00

7.01

Average of closed and open positions on day 65

Difference between performance of trades carried out at closing price onday on which signal appeared and trades carried out at closing price on thefollowing day

Assuming that stocks are borrowed for 50 days at 100bp

Assuming an interest rate spread of 2% and a contract period of 50 days,for both long and short positions

20bp for opening and closing both long and short positions

May also be positive

Source: Nomura

Page 24: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading24

17. A comparison of global pairs trading and regional pairs trading

Large

Small

Size(liquidity)

Region

Global pairs trading

Regional pairs trading

Source: Nomura

Exhibits 18 and 19 show pairs for which signals to open or close the positions have

appeared, on the basis of share prices on 22 August. The signals to open a trade are: (1)

a relative share price deviation of 2σ or more, (2) an expected return of 15% or more, and (3)

a higher consensus rating for the stock to be bought than the stock to be sold. The signals

to close a trade are: (1) a relative share price deviation of 0σ or less, or (2) a consensus

rating for the stock that was bought that is one notch or more higher than the rating for the

stock that was sold (see Note 10).

Pairs for which signalshave appeared

Note 10: In reality, very few pairs satisfy these conditions.

Pros: liquidity can be securedCons: forex hedging costs; difficult tocheck fundamentals

Pros: easy to check fundamentalsCons: difficult to secure liquidity; there tend to be fewinvestment opportunities

Page 25: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 25

18.

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Page 26: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading26

Reference

• Evan G. Gatev, William N. Goetzmann and K. Geert Rouwenhorst, 1999, “Pairs trading:performance of a relative value arbitrage rule”

• Takashi Suwabe, 2000, “Global Equity Investment in a Borderless World: From CountryFactor to Global Industry Factor”, Security Analysts Journal (Japan), October 2001

Page 27: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

Global pairs trading 27

Page 28: Global pairs trading - viking.som.yale.eduviking.som.yale.edu/will/hedge/J02-378_Global_Pairs_Trading020919.pdf · 4 Global pairs trading In this calculation, r country is the return

Nomura Quantitative Research

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