Table:
Boat

Time

Crew

Nation

Date

Meet

Location

Ref

M1x
Single sculls

6:33.35

Mahé Drysdale

New Zealand

2009

Poznań, Poland

M2-
Coxless pairs

6:08.50

Hamish Bond
Eric Murray

New Zealand

2012

Summer Olympics

Eton Dorney, England

[2]

M2+
Coxed pairs

6:42.16

Igor Boraska
Tihomir Franković
Milan Razov (coxswain)

Croatia

1994

Indianapolis, United States

M2x
Double sculls

6:03.25

Adrien Hardy
Jean-Baptiste Macquet

France

2006

Poznań, Poland

M4-
Coxless four

5:37.86

Andrew Triggs-Hodge
Tom James
Pete Reed
Alex Gregory

Great Britain

2012

Lucerne, Switzerland

M4+
Coxed four

5:58.96

Matthias Ungemach
Armin Eichholz
Armin Weyrauch
Bahne Rabe
Joerg Dederding (coxswain)

Germany

1991

Vienna, Austria

M4x
Quad sculls

5:33.15

Vladislav Ryabcev
Alexey Svirin
Nikita Morgachev
Sergei Fedorovtsev

Russia

2012

Lucerne,Switzerland

M8+
Eight

5:19.35

Gabriel Bergen
Douglas Csima
Robert Gibson
Conlin McCabe
Malcolm Howard
Andrew Byrnes
Jeremiah Brown
Will Crothers
Brian Price (coxswain)

Canada

2012

Lucerne, Switzerland

LM1x
Lightweight single sculls

6:46.93

Jeremie Azou

France

2011

Amsterdam, Netherlands

LM2-
Lightweight coxless pairs

6:26.21

Tony O'Connor
Neville Maxwell

Ireland

1994

Paris, France

LM2x
Lightweight double sculls

6:10.02

Mads Rasmussen
Rasmus Quist

Denmark

2007

Amsterdam, Netherlands

LM4-
Lightweight coxless four

5:45.60

Thomas Poulsen
Thomas Ebert
Eskild Ebbesen
Victor Feddersen

Denmark

1999

Lucerne, Switzerland

LM4x
Lightweight quad sculls

5:45.18

Francesco Esposito
Massimo Lana
Michelangelo Crispi
Massimo Guglielmi

Italy

1992

Montreal, Canada

LM8+
Lightweight eight

5:30.24

Klaus Altena
Christian Dahlke
Thomas Melges
Bernhard Stomporowski
Michael Kobor
Uwe Maerz
Michael Buchheit
Kai von Warburg
Olaf Kaska (coxswain)

Germany

1992

Montreal, Canada

In the context of a table, we can utilize the json format {'value': '<cell value>', 'location': (row number, column number)} to express a cell's position, where both row and column number commence from 1. Examining the provided table image, identify the locations of the following cells using this format.
Values to locate:
(1) 'Canada'
(2) '6:03.25'
(3) '5:33.15'
(4) 'M4-\nCoxless four'
(5) '2011'
(6) 'LM2-\nLightweight coxless pairs'
(7) '2007'
(8) '5:45.18'
Should a cell be absent in the table, denote its location as 'DOES NOT EXIST'.

The target cell locations are as follows:
(1) {'value': 'Canada', 'location': (9, 4)}
(2) {'value': '6:03.25', 'location': (5, 2)}
(3) {'value': '5:33.15', 'location': (8, 2)}
(4) {'value': 'M4-\nCoxless four', 'location': (6, 1)}
(5) {'value': '2011', 'location': (10, 5)}
(6) {'value': 'LM2-\nLightweight coxless pairs', 'location': (11, 1)}
(7) {'value': '2007', 'location': (12, 5)}
(8) {'value': '5:45.18', 'location': (14, 2)}