Table:
Year
Competition
Venue
Position
Notes

Representing Slovakia

1999

World Youth Championships

Bydgoszcz, Poland

12th

2000

World Junior Championships

Santiago, Chile

5th

2001

European Junior Championships

Grosseto, Italy

2nd

61.97 m

World Championships

Edmonton, Canada

23rd

61.26 m

2002

World Junior Championships

Kingston, Jamaica

2nd

63.91 m

European Championships

Munich, Germany

26th

60.28 m

2006

European Championships

Gothenburg, Sweden

26th

62.39 m

2007

World Student Games

Bangkok, Thailand

5th

64.95 m

World Championships

Osaka, Japan

13th

68.15 m

2008

Olympic Games

Beijing, PR China

8th

71.00 m

World Athletics Final

Stuttgart, Germany

2nd

71.40 m

2009

World Student Games

Belgrade, Serbia

2nd

72.85 m

World Championships

Berlin, Germany

3rd

74.79 m

World Athletics Final

Thessaloniki, Greece

3rd

70.45 m

2012

European Championships

Helsinki, Finland

2nd

73.34 m

To complete your task, analyze the table image and identify the positions of the specified cells. Ensure that you represent a cell's location using the JSON format {'value': '<cell value>', 'location': (row index, column index)}, with both row and column indices starting from 1. Denote the location as 'DOES NOT EXIST' if a cell does not exist in the table.
Target cells:
(1) 'Berlin, Germany'
(2) '70.45 m'
(3) '62.39 m'
(4) '71.40 m'
(5) 'Beijing, PR China'
(6) 'World Youth Championships'
(7) 'Helsinki, Finland'

The coordinates of target cells are listed below.
(1) {'value': 'Berlin, Germany', 'location': (14, 3)}
(2) {'value': '70.45 m', 'location': (15, 5)}
(3) {'value': '62.39 m', 'location': (8, 5)}
(4) {'value': '71.40 m', 'location': (12, 5)}
(5) {'value': 'Beijing, PR China', 'location': (11, 3)}
(6) {'value': 'World Youth Championships', 'location': (2, 2)}
(7) {'value': 'Helsinki, Finland', 'location': (16, 3)}