Instance 6_76 using the slack based filtering
NODES
TIME
avg
min
avg
min
d_l_l_o_f -- -- -- --
r_l_l_c_f -- -- -- --
s_l_l_c_f -- -- -- --
s_e_l_c_f -- -- -- --
s_l_l_o_f 3101378.20 97515.00 255.50 18.69
l_l_l_o_f -- -- -- --
pq_s_l_c_f -- -- -- --
l_l_l_c_f -- -- -- --
pq_l_l_o_f -- -- -- --
d_s_l_c_f -- -- -- --
mo_s_l_c_f -- -- -- --
s_s_l_c_f -- -- -- --
r_e_l_c_f -- -- -- --
d_l_l_c_f -- -- -- --
d_e_l_c_f -- -- -- --
r_l_l_o_f 70573.60 69860.00 13.96 13.85
l_s_l_c_f -- -- -- --
r_s_l_c_f -- -- -- --
pq_l_l_c_f -- -- -- --
pq_e_l_c_f -- -- -- --
l_e_l_c_f -- -- -- --

Best configurations

['r_l_l_o_f']

Description

Each table represents some statics related to given configuration. A configuration is denoted by A_B_C_D_E where :
  1. A is the selection criteria. We denote by
    • mo : Max option
    • pq : The capacity q\p
    • d : The residual demand
    • l : The load
    • s : The slack
    • r : The usage rate
  2. B is the aggregation function. We denote by
    • l : Lexicographic order
    • s : Sum of the elements
    • e : Euclidean norm
  3. C is the exploration criteria. We denote by
    • l : Lexicographic exploration
    • m : Middle towars sides
  4. D is the Branching parameter. We denote by
    • o : Option
    • c : Class
  5. E is the filtering model. We denote by
    • n : The default model using sum constraints
    • am : The model using the AtMostSeqCard Constraint
    • gs : The model using the Global Sequencing Constraint (GSC)
    • gsam : The model combining AtMostSeqCard+GSC
    • f : The model using the new filtering algorithm