Dataset

Queiroga et al. 2019

Properties

VRP-REP-ID	2019-0003
Alias	Queiroga et al. 2019
Visibility	Public
File format	Other
Dataset associated to the following problem variants	VRPB \| Vehicle Routing Problem With Backhauls
Dataset made up of 300 instances	Queiroga et al. 2019 \| X-n1001-50-k22 Queiroga et al. 2019 \| X-n1001-66-k28 Queiroga et al. 2019 \| X-n1001-80-k34 Queiroga et al. 2019 \| X-n101-50-k13 Queiroga et al. 2019 \| X-n101-66-k17 Queiroga et al. 2019 \| X-n101-80-k21 Queiroga et al. 2019 \| X-n106-50-k7 Queiroga et al. 2019 \| X-n106-66-k9 Queiroga et al. 2019 \| X-n106-80-k11 Queiroga et al. 2019 \| X-n110-50-k7 Queiroga et al. 2019 \| X-n110-66-k9 Queiroga et al. 2019 \| X-n110-80-k11 Queiroga et al. 2019 \| X-n115-50-k8 Queiroga et al. 2019 \| X-n115-66-k8 Queiroga et al. 2019 \| X-n115-80-k9 Queiroga et al. 2019 \| X-n120-50-k3 Queiroga et al. 2019 \| X-n120-66-k4 Queiroga et al. 2019 \| X-n120-80-k5 Queiroga et al. 2019 \| X-n125-50-k16 Queiroga et al. 2019 \| X-n125-66-k19 Queiroga et al. 2019 \| X-n125-80-k23 Queiroga et al. 2019 \| X-n129-50-k10 Queiroga et al. 2019 \| X-n129-66-k12 Queiroga et al. 2019 \| X-n129-80-k14 Queiroga et al. 2019 \| X-n134-50-k7 Queiroga et al. 2019 \| X-n134-66-k9 Queiroga et al. 2019 \| X-n134-80-k11 Queiroga et al. 2019 \| X-n139-50-k5 Queiroga et al. 2019 \| X-n139-66-k7 Queiroga et al. 2019 \| X-n139-80-k8 Queiroga et al. 2019 \| X-n143-50-k4 Queiroga et al. 2019 \| X-n143-66-k4 Queiroga et al. 2019 \| X-n143-80-k5 Queiroga et al. 2019 \| X-n148-50-k25 Queiroga et al. 2019 \| X-n148-66-k29 Queiroga et al. 2019 \| X-n148-80-k36 Queiroga et al. 2019 \| X-n153-50-k19 Queiroga et al. 2019 \| X-n153-66-k20 Queiroga et al. 2019 \| X-n153-80-k21 Queiroga et al. 2019 \| X-n157-50-k7 Queiroga et al. 2019 \| X-n157-66-k9 Queiroga et al. 2019 \| X-n157-80-k11 Queiroga et al. 2019 \| X-n162-50-k6 Queiroga et al. 2019 \| X-n162-66-k8 Queiroga et al. 2019 \| X-n162-80-k9 Queiroga et al. 2019 \| X-n167-50-k5 Queiroga et al. 2019 \| X-n167-66-k7 Queiroga et al. 2019 \| X-n167-80-k8 Queiroga et al. 2019 \| X-n172-50-k27 Queiroga et al. 2019 \| X-n172-66-k31 Queiroga et al. 2019 \| X-n172-80-k39 Queiroga et al. 2019 \| X-n176-50-k23 Queiroga et al. 2019 \| X-n176-66-k24 Queiroga et al. 2019 \| X-n176-80-k25 Queiroga et al. 2019 \| X-n181-50-k12 Queiroga et al. 2019 \| X-n181-66-k15 Queiroga et al. 2019 \| X-n181-80-k18 Queiroga et al. 2019 \| X-n186-50-k8 Queiroga et al. 2019 \| X-n186-66-k10 Queiroga et al. 2019 \| X-n186-80-k12 Queiroga et al. 2019 \| X-n190-50-k4 Queiroga et al. 2019 \| X-n190-66-k5 Queiroga et al. 2019 \| X-n190-80-k6 Queiroga et al. 2019 \| X-n195-50-k27 Queiroga et al. 2019 \| X-n195-66-k34 Queiroga et al. 2019 \| X-n195-80-k42 Queiroga et al. 2019 \| X-n200-50-k18 Queiroga et al. 2019 \| X-n200-66-k24 Queiroga et al. 2019 \| X-n200-80-k29 Queiroga et al. 2019 \| X-n204-50-k10 Queiroga et al. 2019 \| X-n204-66-k12 Queiroga et al. 2019 \| X-n204-80-k15 Queiroga et al. 2019 \| X-n209-50-k8 Queiroga et al. 2019 \| X-n209-66-k11 Queiroga et al. 2019 \| X-n209-80-k13 Queiroga et al. 2019 \| X-n214-50-k6 Queiroga et al. 2019 \| X-n214-66-k8 Queiroga et al. 2019 \| X-n214-80-k9 Queiroga et al. 2019 \| X-n219-50-k37 Queiroga et al. 2019 \| X-n219-66-k48 Queiroga et al. 2019 \| X-n219-80-k59 Queiroga et al. 2019 \| X-n223-50-k18 Queiroga et al. 2019 \| X-n223-66-k23 Queiroga et al. 2019 \| X-n223-80-k27 Queiroga et al. 2019 \| X-n228-50-k19 Queiroga et al. 2019 \| X-n228-66-k20 Queiroga et al. 2019 \| X-n228-80-k21 Queiroga et al. 2019 \| X-n233-50-k10 Queiroga et al. 2019 \| X-n233-66-k12 Queiroga et al. 2019 \| X-n233-80-k14 Queiroga et al. 2019 \| X-n237-50-k7 Queiroga et al. 2019 \| X-n237-66-k9 Queiroga et al. 2019 \| X-n237-80-k11 Queiroga et al. 2019 \| X-n242-50-k25 Queiroga et al. 2019 \| X-n242-66-k32 Queiroga et al. 2019 \| X-n242-80-k39 Queiroga et al. 2019 \| X-n247-50-k42 Queiroga et al. 2019 \| X-n247-66-k43 Queiroga et al. 2019 \| X-n247-80-k45 Queiroga et al. 2019 \| X-n251-50-k14 Queiroga et al. 2019 \| X-n251-66-k18 Queiroga et al. 2019 \| X-n251-80-k22 Queiroga et al. 2019 \| X-n256-50-k8 Queiroga et al. 2019 \| X-n256-66-k11 Queiroga et al. 2019 \| X-n256-80-k13 Queiroga et al. 2019 \| X-n261-50-k7 Queiroga et al. 2019 \| X-n261-66-k9 Queiroga et al. 2019 \| X-n261-80-k11 Queiroga et al. 2019 \| X-n266-50-k30 Queiroga et al. 2019 \| X-n266-66-k39 Queiroga et al. 2019 \| X-n266-80-k47 Queiroga et al. 2019 \| X-n270-50-k18 Queiroga et al. 2019 \| X-n270-66-k24 Queiroga et al. 2019 \| X-n270-80-k29 Queiroga et al. 2019 \| X-n275-50-k14 Queiroga et al. 2019 \| X-n275-66-k19 Queiroga et al. 2019 \| X-n275-80-k22 Queiroga et al. 2019 \| X-n280-50-k13 Queiroga et al. 2019 \| X-n280-66-k15 Queiroga et al. 2019 \| X-n280-80-k16 Queiroga et al. 2019 \| X-n284-50-k8 Queiroga et al. 2019 \| X-n284-66-k10 Queiroga et al. 2019 \| X-n284-80-k12 Queiroga et al. 2019 \| X-n289-50-k34 Queiroga et al. 2019 \| X-n289-66-k38 Queiroga et al. 2019 \| X-n289-80-k47 Queiroga et al. 2019 \| X-n294-50-k26 Queiroga et al. 2019 \| X-n294-66-k33 Queiroga et al. 2019 \| X-n294-80-k40 Queiroga et al. 2019 \| X-n298-50-k16 Queiroga et al. 2019 \| X-n298-66-k21 Queiroga et al. 2019 \| X-n298-80-k25 Queiroga et al. 2019 \| X-n303-50-k11 Queiroga et al. 2019 \| X-n303-66-k13 Queiroga et al. 2019 \| X-n303-80-k16 Queiroga et al. 2019 \| X-n308-50-k9 Queiroga et al. 2019 \| X-n308-66-k11 Queiroga et al. 2019 \| X-n308-80-k12 Queiroga et al. 2019 \| X-n313-50-k39 Queiroga et al. 2019 \| X-n313-66-k44 Queiroga et al. 2019 \| X-n313-80-k56 Queiroga et al. 2019 \| X-n317-50-k27 Queiroga et al. 2019 \| X-n317-66-k35 Queiroga et al. 2019 \| X-n317-80-k43 Queiroga et al. 2019 \| X-n322-50-k14 Queiroga et al. 2019 \| X-n322-66-k19 Queiroga et al. 2019 \| X-n322-80-k23 Queiroga et al. 2019 \| X-n327-50-k10 Queiroga et al. 2019 \| X-n327-66-k13 Queiroga et al. 2019 \| X-n327-80-k16 Queiroga et al. 2019 \| X-n331-50-k8 Queiroga et al. 2019 \| X-n331-66-k10 Queiroga et al. 2019 \| X-n331-80-k12 Queiroga et al. 2019 \| X-n336-50-k45 Queiroga et al. 2019 \| X-n336-66-k57 Queiroga et al. 2019 \| X-n336-80-k68 Queiroga et al. 2019 \| X-n344-50-k22 Queiroga et al. 2019 \| X-n344-66-k29 Queiroga et al. 2019 \| X-n344-80-k35 Queiroga et al. 2019 \| X-n351-50-k21 Queiroga et al. 2019 \| X-n351-66-k26 Queiroga et al. 2019 \| X-n351-80-k32 Queiroga et al. 2019 \| X-n359-50-k15 Queiroga et al. 2019 \| X-n359-66-k19 Queiroga et al. 2019 \| X-n359-80-k23 Queiroga et al. 2019 \| X-n367-50-k12 Queiroga et al. 2019 \| X-n367-66-k14 Queiroga et al. 2019 \| X-n367-80-k15 Queiroga et al. 2019 \| X-n376-50-k47 Queiroga et al. 2019 \| X-n376-66-k62 Queiroga et al. 2019 \| X-n376-80-k75 Queiroga et al. 2019 \| X-n384-50-k27 Queiroga et al. 2019 \| X-n384-66-k35 Queiroga et al. 2019 \| X-n384-80-k42 Queiroga et al. 2019 \| X-n393-50-k19 Queiroga et al. 2019 \| X-n393-66-k25 Queiroga et al. 2019 \| X-n393-80-k31 Queiroga et al. 2019 \| X-n401-50-k15 Queiroga et al. 2019 \| X-n401-66-k20 Queiroga et al. 2019 \| X-n401-80-k23 Queiroga et al. 2019 \| X-n411-50-k14 Queiroga et al. 2019 \| X-n411-66-k15 Queiroga et al. 2019 \| X-n411-80-k17 Queiroga et al. 2019 \| X-n420-50-k67 Queiroga et al. 2019 \| X-n420-66-k86 Queiroga et al. 2019 \| X-n420-80-k105 Queiroga et al. 2019 \| X-n429-50-k31 Queiroga et al. 2019 \| X-n429-66-k40 Queiroga et al. 2019 \| X-n429-80-k48 Queiroga et al. 2019 \| X-n439-50-k19 Queiroga et al. 2019 \| X-n439-66-k25 Queiroga et al. 2019 \| X-n439-80-k30 Queiroga et al. 2019 \| X-n449-50-k15 Queiroga et al. 2019 \| X-n449-66-k20 Queiroga et al. 2019 \| X-n449-80-k23 Queiroga et al. 2019 \| X-n459-50-k14 Queiroga et al. 2019 \| X-n459-66-k18 Queiroga et al. 2019 \| X-n459-80-k21 Queiroga et al. 2019 \| X-n469-50-k70 Queiroga et al. 2019 \| X-n469-66-k90 Queiroga et al. 2019 \| X-n469-80-k109 Queiroga et al. 2019 \| X-n480-50-k36 Queiroga et al. 2019 \| X-n480-66-k47 Queiroga et al. 2019 \| X-n480-80-k56 Queiroga et al. 2019 \| X-n491-50-k30 Queiroga et al. 2019 \| X-n491-66-k39 Queiroga et al. 2019 \| X-n491-80-k47 Queiroga et al. 2019 \| X-n502-50-k20 Queiroga et al. 2019 \| X-n502-66-k26 Queiroga et al. 2019 \| X-n502-80-k31 Queiroga et al. 2019 \| X-n513-50-k11 Queiroga et al. 2019 \| X-n513-66-k14 Queiroga et al. 2019 \| X-n513-80-k17 Queiroga et al. 2019 \| X-n524-50-k125 Queiroga et al. 2019 \| X-n524-66-k129 Queiroga et al. 2019 \| X-n524-80-k132 Queiroga et al. 2019 \| X-n536-50-k49 Queiroga et al. 2019 \| X-n536-66-k64 Queiroga et al. 2019 \| X-n536-80-k77 Queiroga et al. 2019 \| X-n548-50-k25 Queiroga et al. 2019 \| X-n548-66-k33 Queiroga et al. 2019 \| X-n548-80-k40 Queiroga et al. 2019 \| X-n561-50-k22 Queiroga et al. 2019 \| X-n561-66-k28 Queiroga et al. 2019 \| X-n561-80-k34 Queiroga et al. 2019 \| X-n573-50-k22 Queiroga et al. 2019 \| X-n573-66-k25 Queiroga et al. 2019 \| X-n573-80-k27 Queiroga et al. 2019 \| X-n586-50-k80 Queiroga et al. 2019 \| X-n586-66-k105 Queiroga et al. 2019 \| X-n586-80-k127 Queiroga et al. 2019 \| X-n599-50-k47 Queiroga et al. 2019 \| X-n599-66-k61 Queiroga et al. 2019 \| X-n599-80-k74 Queiroga et al. 2019 \| X-n613-50-k32 Queiroga et al. 2019 \| X-n613-66-k41 Queiroga et al. 2019 \| X-n613-80-k50 Queiroga et al. 2019 \| X-n627-50-k22 Queiroga et al. 2019 \| X-n627-66-k29 Queiroga et al. 2019 \| X-n627-80-k35 Queiroga et al. 2019 \| X-n641-50-k18 Queiroga et al. 2019 \| X-n641-66-k23 Queiroga et al. 2019 \| X-n641-80-k28 Queiroga et al. 2019 \| X-n655-50-k66 Queiroga et al. 2019 \| X-n655-66-k87 Queiroga et al. 2019 \| X-n655-80-k105 Queiroga et al. 2019 \| X-n670-50-k112 Queiroga et al. 2019 \| X-n670-66-k117 Queiroga et al. 2019 \| X-n670-80-k120 Queiroga et al. 2019 \| X-n685-50-k43 Queiroga et al. 2019 \| X-n685-66-k54 Queiroga et al. 2019 \| X-n685-80-k62 Queiroga et al. 2019 \| X-n701-50-k23 Queiroga et al. 2019 \| X-n701-66-k30 Queiroga et al. 2019 \| X-n701-80-k36 Queiroga et al. 2019 \| X-n716-50-k18 Queiroga et al. 2019 \| X-n716-66-k23 Queiroga et al. 2019 \| X-n716-80-k28 Queiroga et al. 2019 \| X-n733-50-k83 Queiroga et al. 2019 \| X-n733-66-k102 Queiroga et al. 2019 \| X-n733-80-k125 Queiroga et al. 2019 \| X-n749-50-k49 Queiroga et al. 2019 \| X-n749-66-k63 Queiroga et al. 2019 \| X-n749-80-k78 Queiroga et al. 2019 \| X-n766-50-k58 Queiroga et al. 2019 \| X-n766-66-k62 Queiroga et al. 2019 \| X-n766-80-k65 Queiroga et al. 2019 \| X-n783-50-k24 Queiroga et al. 2019 \| X-n783-66-k31 Queiroga et al. 2019 \| X-n783-80-k38 Queiroga et al. 2019 \| X-n801-50-k20 Queiroga et al. 2019 \| X-n801-66-k27 Queiroga et al. 2019 \| X-n801-80-k32 Queiroga et al. 2019 \| X-n819-50-k86 Queiroga et al. 2019 \| X-n819-66-k112 Queiroga et al. 2019 \| X-n819-80-k136 Queiroga et al. 2019 \| X-n837-50-k71 Queiroga et al. 2019 \| X-n837-66-k94 Queiroga et al. 2019 \| X-n837-80-k114 Queiroga et al. 2019 \| X-n856-50-k48 Queiroga et al. 2019 \| X-n856-66-k63 Queiroga et al. 2019 \| X-n856-80-k76 Queiroga et al. 2019 \| X-n876-50-k30 Queiroga et al. 2019 \| X-n876-66-k38 Queiroga et al. 2019 \| X-n876-80-k46 Queiroga et al. 2019 \| X-n895-50-k19 Queiroga et al. 2019 \| X-n895-66-k25 Queiroga et al. 2019 \| X-n895-80-k30 Queiroga et al. 2019 \| X-n916-50-k105 Queiroga et al. 2019 \| X-n916-66-k136 Queiroga et al. 2019 \| X-n916-80-k165 Queiroga et al. 2019 \| X-n936-50-k132 Queiroga et al. 2019 \| X-n936-66-k138 Queiroga et al. 2019 \| X-n936-80-k143 Queiroga et al. 2019 \| X-n957-50-k44 Queiroga et al. 2019 \| X-n957-66-k58 Queiroga et al. 2019 \| X-n957-80-k70 Queiroga et al. 2019 \| X-n979-50-k30 Queiroga et al. 2019 \| X-n979-66-k39 Queiroga et al. 2019 \| X-n979-80-k47

Links

Dataset contributed to VRP-REP by	Eduardo Queiroga
Dataset proposed in	Queiroga et al. 2019 \| On the exact solution of vehicle routing with backhauls
Downloads	Download dataset Download result report template