PhD Projects in PEERSIM

PhD Projects in PEERSIM Peer to Peer communication systems are simulated by a simulator called peersim. Our developer provides a peersim tool for P2P protocol communications. We develop the peersim tool in java language.

We offer PhD Projects in peersim to achieve high-performance quality analytic and P2P system features through peersim Tool. We implement a peersim tool with a high dynamic and scalable design for peer communication technology.

To achieve efficient output, we split the peersim tool into various modules. We construct a peersim environment by initializing and underlay network model and implement different protocol (or) algorithms which used for data transmission without loss based on Springer papers. PhD Thesis in Peersim involves an operating system, virtualization, cloud computing, embedded system, and multicore architecture. How to get support for implementing PhD projects in Peersim simulator? Reach Networksimulationtools.com to get a customized Peersim simulator projects with source code.

Operating System

   We use the operating system to control hardware, software resource, and ensure various services to computer programs. Based on the application and uses it classified into various types.

• GUI
  • We use a graphical user interface that contains graphics and icons to access a computer, e.g., Windows 98, 7, CE.
• Multi-User
  • We allow multi-users to access the same system at the same time, E.g., for a multi-operating system are Linux, UNIX, and Windows 2000.
• Multi-Processing
  • We allow and support a number of computer processes at a time.
• Multi-Tasking
  • It allows executing of multiple software processes at the same time e.g., windows 7.

Virtualization and Cloud Computing

   We use cloud computing based on pay per use method. Virtualization referred to the flow of creating a copy of something such as hardware, operating system, storage device (or) network resources. To share a resource, we use multiprogramming and virtualization.

Advantages of Virtualization in Cloud Computing

   We attain the following advantages in cloud computing and implemented in academic projects are:

• Load Balancing.
• Maintenance Cost Low.
• Instant Resource Sharing.
• Support All Operating System.
• Live Migration.
• High Security and Fault Isolations.

Embedded System

   We support an embedded system, which is the combination of hardware and software components to form a large machine. We design this system as our own without any human intervention. We implement this technology in more than 80+ projects with various applications such as washing machines, alarm clock, television, refrigerator, medical home equipment like glucometer, microwave, telephone are worked on the basis of time and also. We develop an embed system composed of microprocessor, microcontroller to work in an efficient manner.

Multicore Architecture

   We embed two (or) more processors called multicore processes to improve performance, reduce power consumption, and fast process execution. We support and guide research scholars to implement projects in PeerSim. We develop multicore architecture with specialized acceleration core to support Single Instruction Multiple Data (SIMD) and Graphical Processing Operation (GPU). We use this architecture to preserve data (or) information by various cryptography process (or) algorithm.

   To analyze the working frequency, we use Digital signal processing in the multi core processing operation. Multicore architecture composed of various gate arrays which ensure support to process thousand of gates. Multicore is well applicable for an integrated circuit prototype.

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