Table:
Slalom	Super G	Downhill	Combined

Season	Age	Overall	Slalom	Giant

2007	20	130	–	40	–	–	—

2008	21	64	–	28	46	46	31

2009	22	7	–	6	16	16	1

2010	23	1	–	2	6	2	2

2011	24	3	–	5	6	9	6

2012	25	24	–	16	28	17	19

2013	26	48	–	48	27	38	4

2014	27	18	–	25	14	20	11

Season	Date	Location	Race

2009	13 Dec 2008	Val d'Isère, France	Giant slalom

2009	16 Jan 2009	Wengen, Switzerland	Super Combined

2010	4 Dec 2009	Beaver Creek, USA	Super Combined

2010	5 Dec 2009	Beaver Creek, USA	Downhill

2010	6 Dec 2009	Beaver Creek, USA	Giant Slalom

2010	16 Jan 2010	Wengen, Switzerland	Downhill

2010	10 Mar 2010	Garmisch, Germany	Downhill

2010	12 Mar 2010	Garmisch, Germany	Giant Slalom

2011	5 Mar 2011	Kranjska Gora, Slovenia	Giant Slalom

Inspect the provided table and determine the locations of cells that have the following values.
Express the cell positions as JSON {'value': '<cell value>', 'location': (row index, column index)}, with row and column indices beginning from 1. Denote the location as 'DOES NOT EXIST' if a cell does not exist in the table.
CELL VALUE 1: '17',
CELL VALUE 2: '26',
CELL VALUE 3: '31',
CELL VALUE 4: '7',
CELL VALUE 5: '9',
CELL VALUE 6: '130',
CELL VALUE 7: '5 Mar 2011',
CELL VALUE 8: 'Combined',
CELL VALUE 9: '2014',

The target cell locations are as follows:
CELL LOCATION 1: {'value': '17', 'location': (7, 7)}
CELL LOCATION 2: {'value': '26', 'location': (8, 2)}
CELL LOCATION 3: {'value': '31', 'location': (3, 8)}
CELL LOCATION 4: {'value': '7', 'location': (4, 3)}
CELL LOCATION 5: {'value': '9', 'location': (6, 7)}
CELL LOCATION 6: {'value': '130', 'location': (2, 3)}
CELL LOCATION 7: {'value': '5 Mar 2011', 'location': (19, 2)}
CELL LOCATION 8: {'value': 'Combined', 'location': (1, 8)}
CELL LOCATION 9: {'value': '2014', 'location': (9, 1)}