批加工设备调度是半导体生产线调度的重要组成部分，对半导体生产线性能有重要影响。在综述批加工设备调度研究成果的基础上，提出了同时考虑即将到来工件与下游设备负载情况的半导体生产线批加工设备调度规则(Scheduling Rule for Batch Processing Machines in Semiconductor Wafer Fabrication Facilities，SRB)。基于三种不同规模的半导体生产线模型，在非批加工设备使用不同的调度规则的情况下，对提出的SRB进行了仿真验证。仿真结果表明，与目前常用的固定加工批量调度规则相比，SRB能够更好的改善半导体生产线性能，获得较高的工件移动步数、产量和准时交货率，以及较低的加工周期。

在综述半导体生产线投料策略研究现状的基础上，提出了半导体生产线投料策略的系统动力学模型，并以半导体生产线简化模型为例，给出了半导体生产线投料方法的计算流程，进行了半导体生产线投料仿真实验，仿真结果表明，基于系统动力学的半导体生产线投料策略有改进半导体生产线性能的潜力。

以半导体制造重调度为研究对象，构建了半导体制造重调度体系结构，在此体系结构下分析了，引发半导体制造重调度的因素，提出了相应的重调度策略（何时引发重调度以及引发何种重调度），进一步探讨了重调度方法中的全局修正式重调度方法，给出了基于群体智能的半导体制造重调度模型，建立了用于重调度性能评价的短期性能指标体系。

Based on the analysis of collective activities of ant colonies, the typical example of swarm intelligence, a new approach to construct swarm intelligence based multi-agent-system (SMAS)for dynamic real-time scheduling for semiconductor wafer fab is proposed. The relevant algorithm. pheromone-based dynamic real-time scheduling algorithm(PBDR), is given. MIMAC test bed data set mini-fab is used to compare PBDR with FIFO (first in first out), SRPT(shortest remaining processing time) and CR (critical ratio)under three different release rules, i.e. deterministic rule, Poisson rule and CONWIP(constant WIP). It is shown that PBDR is prior to FIFO. SRPT and CR with better performance of cycle time, throughput, and on-time delivery, especially for on-time delivery performance.

The key problem in the construction of virtual enterprises (VEs) is how to select appropriate partners. The negotiation-based approach is proposed to support partner selection in the construction of VEs. The negotiation model is discussed from three main aspects respectively, i.e., negotiation protocol, negotiation goal and negotiation decision making model. And the generic mathematical description of the negotiation model is formally presented. Finally, a simple example is used to validate the approach's availability.