Instance	LB_0 (1)	obj. funct. val. (2)
----------------------------------------------------
j301_a		41		57
j301_b		43		51
j302_a		41		54
j302_b		53		70
j303_a		48		53
j303_b		40		43
j304_a		45		47
j304_b		52		52
j305_a		60		90
j305_b		41		73
j306_a		36		53
j306_b		54		74
j307_a		35		37
j307_b		55		55
j308_a		51		51
j308_b		41		42
j309_a		45		101
j309_b		72		129
j3010_a		37		55
j3010_b		49		53
j3011_a		35		45
j3011_b		62		76
j3012_a		37		39
j3012_b		57		57
j3013_a		64		158
j3013_b		35		105
j3014_a		45		77
j3014_b		58		82
j3015_a		46		67
j3015_b		47		49
j3016_a		36		37
j3016_b		47		47
j3017_a		76		81
j3017_b		66		71
j3018_a		52		58
j3018_b		46		60
j3019_a		88		89
j3019_b		58		60
j3020_a		56		56
j3020_b		70		70
j3021_a		57		94
j3021_b		56		90
j3022_a		45		64
j3022_b		61		69
j3023_a		47		52
j3023_b		58		68
j3024_a		56		56
j3024_b		38		40
j3025_a		69		124
j3025_b		70		124
j3026_a		49		71
j3026_b		40		45
j3027_a		59		68
j3027_b		60		63
j3028_a		73		73
j3028_b		49		50
j3029_a		71		138
j3029_b		88		143
j3030_a		43		76
j3030_b		40		65
j3031_a		46		69
j3031_b		58		73
j3032_a		54		60
j3032_b		54		56
j3033_a		60		81
j3033_b		45		62
j3034_a		52		59
j3034_b		59		68
j3035_a		55		63
j3035_b		53		57
j3036_a		69		69
j3036_b		46		47
j3037_a		57		99
j3037_b		58		92
j3038_a		53		65
j3038_b		66		77
j3039_a		58		79
j3039_b		60		79
j3040_a		46		50
j3040_b		65		66
j3041_a		66		125
j3041_b		62		134
j3042_a		75		85
j3042_b		58		73
j3043_a		55		79
j3043_b		69		76
j3044_a		42		47
j3044_b		63		63
j3045_a		69		147
j3045_b		83		182
j3046_a		59		81
j3046_b		56		80
j3047_a		55		69
j3047_b		48		67
j3048_a		44		52
j3048_b		54		57

----------------------------------------------------

(1) Adapted lower bound LB_0 based on 

Krueger, D., 2009. Multi-Project Scheduling with Resource 
Transfers. Books on Demand GmbH, Norderstedt, Germany.

(2) Objective function values obtained by the TS algorithm from

Poppenborg, J., Knust, S., 2014. A flow-based tabu search 
algorithm for the RCPSP with transfer times.