Communication and Network

• Host, embed or access your communication and network models as services on the Web?
• Renovate, integrate and communication and network modeling systems in your enterprise intranet?

ACE got the entire standards-based enabling technologies and solutions!

ACE excels in network design and planning, resource allocation, routing, and pricing policies, all of which can be modeled and solved using computational tools such as mathematical optimization techniques.

ACE Application of network analysis have been widely made in areas such as information and product flows; cybernetics; transportation, distribution, and travel systems; and planning and control of one-time projects.

ACE communication and network models have played an increasingly important role in recent years for two major reasons. First, models of real-world systems are relatively easy for ACE experts to conceive and construct in network form. Second, network models can be communicated effectively to management as visual facsimiles of the real-world systems under consideration. For example, project planning and control problems are usually modeled and analyzed by the well-known network techniques CPM (Critical Path Method) and PERT (Program Evaluation and Review Technique). One of the most important functions of these techniques is to determine the longest time path through the network. This path is referred to as the critical path because it includes the project activities that require the most careful control in order to complete the project on time.

Following are some of the examples that ACE systems and servers can be used to help deploy as services:

• Performance analysis and design of multiple-user communication systems, including rigorous formulation and analytical and computational methods such as queuing networks, decentralized minimum delay routing and dynamic network flow control.
• Intelligent network systems analysis, modeling, simulation, optimization and control
• Design, application, analysis and evaluation of communication network with emphasis on identifying problems, proposing alternative solutions, implementing prototypes using available network protocols and evaluating results.
• Analysis of layered network architectures including design issues and protocols in the transport, network, and data link layers; architectures and control algorithms of local-area, point-to- point, and satellite networks; standards in networks access protocols; models of network interconnection
• Analysis in the design of medium access control protocols, routing, mobility management
• Stochastic analysis of communication in large networks such as the Internet, and distributed coordination including those for peer-to-peer networking,
• Distributed scheduling or reservation of resources, with tens, thousands, or even millions of interacting agents
• Mathematical models for the study of wired and wireless networks, including issues related to media access control, power control, clustering, routing, and transport