Internet of Things; dispatching; goods distribution; logistics; multi-agent systems; optimisation; planning (artificial intelligence); scheduling; traffic engineering computing; transportation; Internet of Things; autonomous multiagent systems; courier services; dispAgent solution; dispatching software product; express services; flexible multiagent systems; industrial process; optimization potential; planning; scheduling; tiramizoo; transport logistics; Benchmark testing; Logistics; Multi-agent systems; Optimization; Proposals; Vehicle dynamics; Vehicles; Decision-making Algorithms; Industry 4.0; Internet of Things and Services; Mulitagent Systems; Pickup and Delivery Problem; Planning and Controll in Logistics; Vehicle Routing Problem;
机译:多主体协作实现自主物流
机译:多主体协作实现自主物流
机译:动态生产控制,使用自主运输系统实现网络物理生产系统的灵活性
机译:自主和灵活的多轴系统增强运输物流
机译:自主和自适应多主体系统组成设计的代数框架。
机译:启用纳米级细菌的自主药物递送系统(NanoBEADS)增强了纳米医学的肿瘤内转运。
机译:灵活的批量定制:使用自适应协作多代理系统管理其信息物流
机译:用于推进系统自主检测的多智能机器人控制算法和模拟环境的开发和测试