1.
Predict-jump acceleration arithmetic to solve multiphysics problems collaboratively
多场协同求解的预测-跳跃加速算法
2.
Distributed Cooperative Solution of Diagnosis System Based on Multi-Agent
多Agent复杂诊断系统分布式协同求解研究
3.
Collaborative PSO-SA Algorithm for VRPSPD
协同粒子群-模拟退火算法求解VRPSPD问题
4.
Solve job-shop scheduling problem based on cooperative optimization
求解Job shop调度的协同优化算法
5.
Quantum cooperative immune algorithm for SAT problems
量子协同免疫算法用于SAT问题的求解
6.
A Cooperative Coevolutionary Algorithm for Job Shop Scheduling Problem;
一种求解Job Shop问题的合作型协同进化算法
7.
Hybrid collaborative evolutionary algorithm for integrated production planning;
一种求解集成生产计划的混合协同进化算法
8.
Template for P Discrete Particle Swarm Optimization Algorithm for Multi-UCAV Cooperation Mission Assignment
求解多UCAV协同目标分配问题的离散粒子群算法
9.
Research on Algorithm of Collaborative Simulation for Multidisciplinary Model of Complex Product
复杂产品多学科模型的协同仿真求解算法研究
10.
A Coevolutionary Approach to Calculate Equilibrium for Oligopolistic Electricity Market
基于协同进化算法求解寡头电力市场均衡
11.
Virus-evolutionary particle swarm optimization algorithm for knapsack problem
求解背包问题的病毒协同进化粒子群算法
12.
Requesting consumers' associations to help in mediation,
请求消费者协会调解，
13.
Resolution of ambiguous or conflicting input requirements can involve consultation with the affected internal and external parties.
组织可与受影响的内外各方共同协商解决含糊或矛盾的输入要求。
14.
The Strategy of Design Problem Solving Based on Cooperative Processing of Visual Features and Semantic Features;
基于视觉特征和语义特征协同加工的设计问题求解方法
15.
Distributed Multi-level Collaborative Production-Distribution Planning Model and Solution for Supply Chain;
供应链分布式多层协同生产-分销计划模型与求解
16.
Solving Logistics Delivery Routing Scheduling Problem Based on Cooperative Evolution Algorithms;
基于协同演化算法的物流配送车辆路径问题求解
17.
Analysis on Enterprise s Intention from Pursuing Interior Synergy to Exterior Synergy;
企业追求内部协同向外部协同转变的动因分析
18.
"All the terms and expressions defined in the General Loan Agreement shall, except where the context otherwise required, Bear the same meaning when used herein. "
所有总贷款协议中的条款和解释,除了文中另有要求,将在使用中享有同样的含意。