Instance	LB_0 (1)	obj. funct. val. (2)
----------------------------------------------------
j601_a		86		105
j601_b		79		86
j602_a		82		84
j602_b		65		65
j603_a		57		60
j603_b		71		73
j604_a		77		77
j604_b		60		60
j605_a		80		157
j605_b		61		133
j606_a		72		83
j606_b		66		84
j607_a		63		70
j607_b		62		63
j608_a		97		97
j608_b		64		64
j609_a		77		174
j609_b		80		158
j6010_a		64		92
j6010_b		69		91
j6011_a		69		80
j6011_b		65		71
j6012_a		54		54
j6012_b		59		59
j6013_a		70		195
j6013_b		70		187
j6014_a		65		97
j6014_b		61		80
j6015_a		61		63
j6015_b		72		72
j6016_a		66		66
j6016_b		60		60
j6017_a		71		87
j6017_b		82		113
j6018_a		78		78
j6018_b		71		81
j6019_a		68		71
j6019_b		67		67
j6020_a		69		70
j6020_b		97		97
j6021_a		69		133
j6021_b		99		160
j6022_a		65		76
j6022_b		83		98
j6023_a		69		72
j6023_b		72		75
j6024_a		81		81
j6024_b		76		76
j6025_a		90		183
j6025_b		82		170
j6026_a		63		98
j6026_b		71		109
j6027_a		60		70
j6027_b		88		97
j6028_a		74		74
j6028_b		75		75
j6029_a		77		198
j6029_b		70		198
j6030_a		76		91
j6030_b		70		105
j6031_a		66		79
j6031_b		74		92
j6032_a		77		83
j6032_b		76		76
j6033_a		90		120
j6033_b		65		94
j6034_a		83		90
j6034_b		77		91
j6035_a		70		74
j6035_b		76		86
j6036_a		61		63
j6036_b		76		77
j6037_a		93		141
j6037_b		85		148
j6038_a		73		90
j6038_b		71		104
j6039_a		83		87
j6039_b		73		83
j6040_a		73		73
j6040_b		69		71
j6041_a		64		164
j6041_b		99		195
j6042_a		73		94
j6042_b		83		106
j6043_a		89		108
j6043_b		74		93
j6044_a		87		87
j6044_b		74		77
j6045_a		79		208
j6045_b		62		196
j6046_a		75		122
j6046_b		79		136
j6047_a		66		90
j6047_b		76		96
j6048_a		84		86
j6048_b		82		82

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

(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.