Two Parallel Machine Energy Efficient Scheduling

There are 360 instances for the problem. Each file contains data for an instance.
The name of the files represents the parameter setting used.
Nx indicates there are x parts in the instance.
D1 indicates the short-distance scenario in the instance.
D2 indicates the long-distance scenario in the instance.
D3 indicates the mixed-distance scenario in the instance.
T1 indicates the case where the machines are identical and processing times are generated between 80 and 100 in the instance.
T2 indicates the case where the machines are identical and processing times are generated between 40 and 140 in the instance.
T3 indicates the case where machine 1 is faster than machine 2. The processing times are generated between 80 and 100 for machine 1, 100 and 120 for machine 2 in the instance.
T4 indicates the case where machine 1 is faster than machine 2. The processing times are generated between 20 and 100 for machine 1, 100 and 180 for machine 2 in the instance.
C1 indicates full robot move and empty robot move coefficients are equal in the instance.
C2 indicates full robot move coefficient is higher than empty robot move coefficient in the instance.
We have 5 replications for each parameter setting. r1, 1r2, r3, r4, and r5 indicates the replication number.

本数据集包含360个实例。每个文件均存储了一个实例的数据。文件名称反映了所采用的参数设置。Nx表示实例中包含x个部分。D1代表实例中的短距离场景，D2代表长距离场景，D3代表混合距离场景。T1表示机器相同且处理时间在80至100之间的情况，T2表示机器相同且处理时间在40至140之间的情况，T3表示机器1的处理速度优于机器2，机器1的处理时间在80至100之间，机器2在100至120之间，T4表示机器1的处理速度优于机器2，机器1的处理时间在20至100之间，机器2在100至180之间。C1表示实例中满载机器人移动系数与空载机器人移动系数相等，C2表示实例中满载机器人移动系数高于空载机器人移动系数。针对每个参数设置，我们进行了5次重复实验，分别标记为r1、1r2、r3、r4和r5。