DSpace community: 資訊通訊科技管理學系

Real-Time Multi-Channel Digital Signal Processing Using Field Programmable Gates Array

Tue, 15 Nov 2016 02:11:13 GMT

title: Real-Time Multi-Channel Digital Signal Processing Using Field Programmable Gates Array

An agent-based modeling simulation approach for knowledge dynamics in innovation networks

Wed, 22 Jul 2015 12:37:39 GMT

title: An agent-based modeling simulation approach for knowledge dynamics in innovation networks

The Insights of Designing an Effective ASW Barrier for Campaign Level’s Battle Management in Terms of Systematic Thinking and Decision Making Process

Thu, 20 Oct 2011 03:36:28 GMT

title: The Insights of Designing an Effective ASW Barrier for Campaign Level’s Battle Management in Terms of Systematic Thinking and Decision Making Process

海上交通線安全策略之研究－以數學模型量化分析反制潛艦封鎖之可行對策為例

Thu, 20 Oct 2011 03:36:17 GMT

title: 海上交通線安全策略之研究－以數學模型量化分析反制潛艦封鎖之可行對策為例

兵棋演訓Federate的類別程式庫之設計

Thu, 20 Oct 2011 03:36:03 GMT

title: 兵棋演訓Federate的類別程式庫之設計

以高階模擬架構(HLA)技術提昇分析性電腦兵棋系統之研究

Thu, 20 Oct 2011 03:35:52 GMT

title: 以高階模擬架構(HLA)技術提昇分析性電腦兵棋系統之研究

Smart Time Management – The Unified Time Management Mechanism

Thu, 20 Oct 2011 03:35:08 GMT

title: Smart Time Management – The Unified Time Management Mechanism

Federate an Analytical Wargaming Environment from a Conventional Software

Thu, 20 Oct 2011 03:34:55 GMT

title: Federate an Analytical Wargaming Environment from a Conventional Software

An Approach for the Unified Time Management Mechanism for HLA

Thu, 20 Oct 2011 03:34:11 GMT

title: An Approach for the Unified Time Management Mechanism for HLA abstract: The High Level Architecture (HLA) is the IEEE 1516 standard to model and design a distributive simulation environment. It establishes a common distributed simulation framework, which facilitates the interoperability and reuse of simulation components. However, some HLA services are very low level and difficult to use, especially when a simulation is designed with a particular time synchronization mechanism. This article describes an agent interface, called Smart Time Management (STM). The capabilities of the STM include the following: taking over the event's time-stamp tagging work, maintaining a lookahead value, and unifying different time advance approaches provided by the HLA runtime infrastructure. In addition, it adopts the time warp mechanism for optimistic simulation. In conclusion, the STM presents a unified and scalable middle layer to allow the user to construct an HLA federation with a unanimous Time Management interface when solving the synchronization issue.