Table:
Rank
Lane
Name
Nationality
Time
Notes

1
4
Jenny Thompson
United States
58.18
Q

2
3
Martina Moravcová
Slovakia
58.49
Q

3
7
Diana Mocanu
Romania
59.12
Q, NR

4
5
Otylia Jędrzejczak
Poland
59.14

5
2
Natalya Sutyagina
Russia
59.30

6
6
Mette Jacobsen
Denmark
59.75

7
8
Cécile Jeanson
France
59.80

8
1
Anna-Karin Kammerling
Sweden
1:00.40

To fulfill your task, review the table image and pinpoint the positions of the specified cells. Make sure to represent a cell's location using the JSON format {'value': '<cell value>', 'location': (row_id, column_id)} which begin from '(1, 1)'.
Target cells:
(1) '59.12'
(2) '655,868'
(3) '374,258 (60,6%)'
(4) '58.49'
(5) '22,306 (3,4%)'
(6) 'romania'
(7) 'russia'
(8) '111,944 (17,1%)'
(9) 'martina moravcová'
(10) 'slovakia'
(11) 'name'
(12) 'otylia jędrzejczak'

Use 'DOES NOT EXIST' as the location for a non-existing cell in the table.

The target cell locations are as follows:
(1) {'value': '59.12', 'location': (4, 5)}
(2) {'value': '655,868', 'location': 'DOES NOT EXIST'}
(3) {'value': '374,258 (60,6%)', 'location': 'DOES NOT EXIST'}
(4) {'value': '58.49', 'location': (3, 5)}
(5) {'value': '22,306 (3,4%)', 'location': 'DOES NOT EXIST'}
(6) {'value': 'romania', 'location': (4, 4)}
(7) {'value': 'russia', 'location': (6, 4)}
(8) {'value': '111,944 (17,1%)', 'location': 'DOES NOT EXIST'}
(9) {'value': 'martina moravcová', 'location': (3, 3)}
(10) {'value': 'slovakia', 'location': (3, 4)}
(11) {'value': 'name', 'location': (1, 3)}
(12) {'value': 'otylia jędrzejczak', 'location': (5, 3)}