Interested users can try the platform below.
The main features of the current platform are:
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Optimize route planning
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Output routing
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Combined with map display
If you need a separate trial account, please reply to this official account, or write to: [email protected]
This application can provide different service models such as SaaS and AaaS (Algorithm as a Service).
If there is a need for scene customization, personalized scene customization services can be quickly provided:
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Alternate loading and unloading scenarios
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Many different types of vehicles
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Other mixed road planning issues
Trial username:
http://47.103.101.234:8000
Username: demo08
Password: %xaauq
If you are interested in the following solutions, please contact us.
| solution | Description |
| Route planning | Route optimization problem with multiple vehicles, multiple goods, and multiple locations. Includes two categories: 1. No alternation of loading and unloading. 2. There is alternating loading and unloading (loading will be done on the way) |
| Packing planning | How to load goods into the car, 1, to maximize space utilization. 2. Follow the loading and unloading sequence. Including: 1. Packing planning with packing sequence. 2. No planning of packing sequence 3. Consider center of gravity planning in the box used by the drone. |
| Site selection | Choose an intermediate supply point (or front warehouse). make 1. The new network is the most economical (distance, cost) under logistics load |
| Entry and exit queue management | Arrange the order and time of entry and exit based on the time of vehicles entering the site and the time window for unloading. And combined with facilities such as electronic fences. Reduce congestion at the factory gate |
| Three-dimensional volume calculation | According to taking pictures or surround videos, 1, the standard cuboid determines the three-dimensional volume of the object. 2. Irregular objects determine the outer contour of the object. |
| Parts entering the factory | According to the location of parts and components, combined with route planning and production planning, determine the transportation plan and dynamic scheduling arrangements for the entry of parts. |
| Supply and demand forecast | Predict future sales data based on existing historical sales data. Or supply and demand in a certain short period of time. To help plan transportation capacity, etc. in advance |
| Intelligent order distribution | Perform dynamic intelligent delivery of orders. |
| Loading optimization | Optimization of loading and unloading. Includes optimization in case of alternating loading and unloading. |
| dynamic scheduling | Dynamically adjust transportation scheduling plans based on transportation status |
| Warehousing optimization | Determine the optimal warehousing level based on sales conditions and supply chain supply capabilities. |
| AI platform | Artificial intelligence computing platform. |
Machine-translated from the Chinese original 物流路线规划平台 (published 2019-08-16). WeChat original ↗