针对处理任务分配，将其建模为二次0 - 1规划问题，并提出了分布式逐层优化分配算法oall。
The processing task assignment is formulated as a quadratic 0-1 programming problem, and a distributed OALL algorithm (optimizing assignment layer by layer) is proposed.
它要么基于用户角色配置发送人工服务角色给流程实例，要么使用BPCHumanTaskManagerAPI动态处理人工任务分配。
It either sends the human task role, based on the user role provisioning, to the process instance or handles human task assignment dynamically using the BPC Human Task Manager API.
负责给任务分配参与者的分配处理器。
Assignment handler responsible for assign actors to the task.
人工任务分配(userRoleService组件)处理人工任务角色安排或对每个流程实例的分配。
The human task assignment (User role Service component) handles the human task role placement or assignment for each process instance.
本文介绍一种用于实时信息处理的分布式微机系统的组成、机型选择和任务分配。
The paper describes a microcomputer system used for distributed real time information processing its system composition, model selecting and mission distribution.
由于异构系统各节点处理能力的差异，任务分配策略的好坏将严重影响系统的可扩展性。
As heterogeneous systems handling capacity of each node differences, task allocation strategy will seriously affect the quality of the system scalability.
任务分配的主要因素包括服务节点的处理能力与服务节点实际负载两个部分。
There are two main factors, the node load and the capability, which affect task distribution.
并行空间连接处理由三个阶段组成：任务创建，任务分配和任务并行执行。
Generally, parallel spatial processing includes three phases: task creation, task assignment and parallel task execution.
把每个任务分配给能胜任的人来处理。
Assigning the most qualified people to handle each assignment.
采用调度算法自动地将任务分配给处理机。
Static task scheduling can be implemented by hand or by algorithms.
文章提出了一种处理机个数无限的任务分配的列表调度算法，称之为节点迁移调度算法(ntsa)。
This paper brings the list scheduling method into the tasking allocation problem on an unbounded number of processors. The proposed algorithm is called node - transferring scheduling algorithm (NTSA).
在结合启发式任务分配算法和单处理器任务调度算法的基础上，提出了一种分布式控制系统的调度算法。
Basing on the combination of heuristic algorithm for assigning tasks and scheduling algorithms for uniprocessor, a novel scheduling algorithm for DCS is proposed in this paper.
文章提出了一种分布式图像压缩算法，该算法通过把压缩任务分配给其他节点来解决在能量受限的节点上处理能力不足的问题。
Distributed image compression is proposed as a means to overcome the computation and energy limitation of individual nodes by sharing the processing of tasks.
RPDS将处理器时间流分成连续的小段，并在每一小段中强制为非硬实时任务分配一个时间片。
RPDS partitions CPU time flow into continuous segments, and in each segment RPDS will forcibly assign one time slice to non-hard real-time tasks.
如何将应用程序中的任务分配到处理机上，使并行程序的执行时间最小化就成了一个重要的问题。
Parallel algorithms must be solved on distributed systems. The tasks assignment algorithms is important on parallel computing system.
如何将应用程序中的任务分配到处理机上，使并行程序的执行时间最小化就成了一个重要的问题。
Parallel algorithms must be solved on distributed systems. The tasks assignment algorithms is important on parallel computing system.
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