SEARCH FOR SUITABLE URBAN FREIGHT DISTRIBUTION MEASURES: THE CASE OF HORIZONTAL AND VERTICAL COOPERATIVE DELIVERY SYSTEM:THE CASE OF HORIZONTAL AND VERTICAL COOPERATIVE DELIVERY SYSTEM
スポンサーリンク
概要
- 論文の詳細を見る
Insufficient numbers of parking space and lack of (off) loading areas are some of common problems that driver of delivery trucks have to deal with. One way to address this problem is by increasing the utilization rate of the limited parking spaces by ensuring short parking time of trucks. Attaining this brief parking time, however, requires a shift from a traditional way of delivering goods to a policy-driven method. Traditional way presents a situation where the driver has to leave his truck and make his way to the floor of the building to make delivery. Although this method remains to be popular due to its simplicity, there exist methods that when carefully enforce would present sizeable benefits. One of these policies is by assigning workers inside the building to facilitate the (un)loading activities to free the driver immediately. This paper discusses implementation of cooperative delivery system and tries to produce a guideline regarding what CDS design is suitable depending on the characteristics of the CBD.
- Eastern Asia Society for Transportation Studiesの論文
著者
-
HYODO Tetsuro
Dept. of Logistics & Information Engineering Tokyo University of Marine Science and Technology
-
HYODO Tetsuro
Dept. of Logistics and Info. Engineering, Tokyo University of Marine Science & Tech.
-
SINARIMBO Nashreen
Katahira & Engineers International
-
TAKAHASHI Yoji
Advanced Research Institute for Sciences and Humanities (ARISH), Nihon University
関連論文
- URBAN TRAVEL BEHAVIOR CHARACTERISTICS OF 13 CITIES BASED ON HOUSEHOLD INTERVIEW SURVEY DATA
- SEARCH FOR SUITABLE URBAN FREIGHT DISTRIBUTION MEASURES: THE CASE OF HORIZONTAL AND VERTICAL COOPERATIVE DELIVERY SYSTEM:THE CASE OF HORIZONTAL AND VERTICAL COOPERATIVE DELIVERY SYSTEM
- Modeling Maritime Container Trailer Route-Choice Behavior using Traffic Application Data for Oversize/Overmass Vehicles