Cloud Networking Final Year Project

Cloud Networking Final Year Project

     Cloud Networking Final Year Project is our majestic project development playground to design, modeling, and analysis of cloud computing research paradigm in the field of networking. Our splendiferous development solution afford highly experienced and skilled technical resources combined with the proven & certified project development expertise & knowledge to deliver marvelous results you can count on. Our uptrend technical experts design scalable dictionary strategy for you including detained design documentation, advanced deployment plan and comprehensive validation strategy. If you eager to gain more knowledge from our experts, you can approach us today. Our professionals are available at 24 hours in all working days.

Cloud Networking Final Year Project

      Cloud Networking Final Year Project offers inventive and genius research environment for research colleagues and students to achieve their grand ambition with the great success. We introduced our Cloud Networking Final Year Project with the aspiration of help worldwide scholars by our top experts. We provided 1000+ well-standardized cloud networking final year project in affordable price. We also support students in research paper writing, conference paper writing and publication, thesis/dissertation writing and so on.

Cloud Networking Final Year Project Lifecycle:

Prepare Requirements

  • Project Implementation Planning
  • Requirements/Gaps Analysis
  • Process Definition
  • Interface Specification

Design Preparation

  • Solution Design and Architecture
  • Process Design

Implementation and Unit Testing

  • Solution Development
  • Test Cases Development

Testing and Refinement

  • Software Testing

Deployment

  • Project Deployment

Production support

  • Knowledge Sharing and Training
  • Enhancements
  • Customization

Now, let’s see The Next Generation of Cloud Networking,

  • The Cloud WAN or Software Defined WAN
  • Cloud Orchestration and Container Management, Automation Solutions and DevOps
  • Pareto Networks Acquisition for VPN Management and Wired, Wireless Network Services
  • Firewall (All traffic inspection, sends unknown cloud, extensible to virtual and mobile networks)
  • Advanced Endpoint Protection (All process and file inspection, prevent both known and unknown exploitation, integrate cloud with unknown middleware)
  • Threat Intelligence Cloud (Analyze and correlate threat intelligence, threat intelligence dissemination, potential threats collection from endpoints and networks)

Top Cloud Networking Research Ideas:

  • Network Security over Cloud
  • Mobile Computing
  • Voice-over-IP (VoIP)
  • Large Scale Wireless Networks (RFID, Sensors)
  • High Speed Wireless Networks
  • Event Driven computing or Functions as a Service (FaaS)
  • Software Defined Networks
  • Network based Computing

             -Internet of things

             -Grid Computing

             -Green Cloud Computing

Upcoming Cloud Networking Final Year Project Topics:

  • Performance Optimization in CPU-GPU Heterogeneous Multi-Core Architecture by Dynamically Altering Cache Replacement Algorithm
  • Network Aware Virtual Machine Migration Heuristics for Enriching Multi-Tier Web Applications SLA Violation in Cloud
  • Automatic Data Analysis by Cloud Dew Computing in Life Sciences
  • Security and Privacy Strength for Tactile and Industrial IoT (Internet of Things) in an Ultra Dense Green 5G Radio Access Network
  • Strategic to Glucose Control in Cloud Enabled Cyber Physical Frameworks with an Application
  • Designed Technology Implementation Success Model for Educational Organization
  • Energy Efficient Power and Sub-Carrier Allocation in Cellular Network Based on Cloud with Ambient RF Energy Harvesting
  • Decentralized Data Offloading for Game Theory Based Mobile Cloud Computing
  • Taxi Gap Prediction Method Through Double Ensemble Gradient Boosting Decision Tree
  • An Extended SNMP Based Internet of Thing (IoT) Context Aware Pattern for Embedded Software Dynamic Adaptability
  • DEKSS (Dynamic Encryption Key Security Scheme) for Cloud and Mobile Systems
  • Mobile Edge Cloud Computing Promising Network Paradigm with Offloading Prediction for Vehicular Networks
  • Distributed Internet of Things (IoT) Framework Design and Implementation for Water Quality Monitoring in Aquaculture
  • Energy Consumption and Performance Trade-Off Investigation for Interactive Cloud Application
  • Node Capability Estimation Based Efficient Task Offloading Approach in Cloudlet