WHY ELYSIUM? “Ultimate Destination to Boost Your Career Opportunities” Elysium Technologies is a member of IEEE, ACM, Springer, Science Direct and Wiley and authorized member of Microsoft and ICTACT. We have collaboration with 17 International universities and 7 highly renowned universities in India. We have access for 212 International journals. Currently, 675 research scholars are pursuing their research work with us. Over the years, we have offered projects around 75000 IEEE titles. • IEEE-based real-time projects • Projects handled by the highly qualified and experienced experts with more than decades of experience • Free Software Installations • Free Video guide, Abstract, base paper and presentations • Continuous support until Project Completion • Feasible and convenient appointments for technical discussion • Online chat sessions • Live interactive sessions with the technical teams We assure our best services always. FACILITIES Our curriculum is enhanced with highly innovative resources, unique professional approach, including a variety of instructional strategies and collaborative activities to promote professional advancement of the clients. Using a powerful communication interface, Our ETPL enables the students and research scholars to engage in the participatory sessions with the technical team. Based on the current technologies, Elysium has the expertise to design the wired and wireless frameworks and training delivery platform to meet the educational needs of the students and scholars. 24/7 Support Our online support systems allow the students to give some feedbacks, comments, suggestions, testimonials and uploading of resumes through online. Our best-in-class online ticket support seamlessly routes the inquiries created through email, web-forms and phone calls into a simple, easy-to-use, multi-user, web-based ticket support platform. We have Live Chat support for providing instant and incessant support for the clients. WHY FINAL YEAR PROJECTS ASSUME MUCH IMPORTANCE? Irrespective of your discipline in Engineering or Science, the corporate recruiters appraise the worth and competency for the post mainly on the basis of the knowledge gained in the final year project, as they deem it to be a precursor to the real time work environment. Projects are a great opportunity to demonstrate your creative abilities and independence. It stretches your ability to reach the limits beyond the expectations. Visit us: http://elysiumtechnologies.com/ Mobile No: 9944793398,9677724437 Chat with us: http://support365.elysiumgroups.com/livechat/chat.php

3. 2016-17 IEEE Project Parallel and Distributed Systems Titles
ID Titles Domain Name
ETPL PDS -001 Space Shuffle: A Scalable, Flexible, and High-Performance Data Center Network Parallel & Distributed
System
ETPL PDS -002 Towards Practical and Near-optimal Coflow Scheduling for Data Center Networks Parallel & Distributed
System
ETPL PDS -003 PathGraph: A Path Centric Graph Processing System Parallel & Distributed
System
ETPL PDS -004 Leaky Buffer: A Novel Abstraction for Relieving Memory Pressure from Cluster
Data Processing Frameworks
Parallel & Distributed
System
ETPL PDS -005 DistR: A Distributed Method for the Reachability Query over Large Uncertain
Graphs
Parallel & Distributed
System
ETPL PDS -006 RAMPS: A Reconfigurable Architecture for Minimal Perfect Sequencing Parallel & Distributed
System
ETPL PDS -007 Cost Minimization Algorithms for Data Center Management Parallel & Distributed
System
ETPL PDS -008 Minimum Dependencies Energy-Efficient Scheduling in Data Centers Parallel & Distributed
System
ETPL PDS -009 LazyCtrl: A Scalable Hybrid Network Control Plane Design for Cloud Data Centers Parallel & Distributed
System
ETPL PDS -010 Trajectory Pattern Mining for Urban Computing in the Cloud Parallel & Distributed
System
ETPL PDS -011 Time Series-Oriented Load Prediction Model and Migration Policies for Distributed
Simulation Systems
Parallel & Distributed
System
ETPL PDS -012 Enabling Parallel Simulation of Large-Scale HPC Network Systems Parallel & Distributed
System
ETPL PDS -013 PacketCloud: A Cloudlet-Based Open Platform for In-Network Services Parallel & Distributed
System
ETPL PDS -014 Towards Practical and Near-optimal Coflow Scheduling for Data Center Networks Parallel & Distributed
System
ETPL PDS -015 A Survey of Task Allocation and Load Balancing in Distributed Systems Parallel & Distributed
System
ETPL PDS -016 An Efficient Privacy-Preserving Ranked Keyword Search Method Parallel & Distributed
System
ETPL PDS -017 Cost Minimization for Rule Caching in Software Defined Networking Parallel & Distributed
System
ETPL PDS -018 A Hop-by-Hop Routing Mechanism for Green Internet Parallel & Distributed
System
ETPL PDS -019 Multi-Jagged: A Scalable Parallel Spatial Partitioning Algorithm Parallel & Distributed
System
ETPL PDS -020 Workflow Scheduling in Multi-Tenant Cloud Computing Environments Parallel & Distributed
System
ETPL PDS -021 Dynamic Bin Packing for On-Demand Cloud Resource Allocation Parallel & Distributed
System
ETPL PDS -022 Deadline Guaranteed Service for Multi-Tenant Cloud Storage Parallel & Distributed
System
ETPL PDS -023 RFHOC: A Random-Forest Approach to Auto-Tuning Hadoop's Configuration Parallel & Distributed
System

4. ID Titles Domain Name
ETPL PDS -024 Online Resource Scheduling Under Concave Pricing for Cloud Computing Parallel & Distributed
System
ETPL PDS -025 Circuit Ciphertext-Policy Attribute-Based Hybrid Encryption with Verifiable
Delegation in Cloud Computing
Parallel & Distributed
System
ETPL PDS -026 Evolutionary Multi-Objective Workflow Scheduling in Cloud Parallel & Distributed
System
ETPL PDS -027 Coral: A Cloud-Backed Frugal File System Parallel & Distributed
System
ETPL PDS -028 Poris: A Scheduler for Parallel Soft Real-Time Applications in Virtualized
Environments
Parallel & Distributed
System
ETPL PDS -029 FiDoop-DP: Data Partitioning in Frequent Itemset Mining on Hadoop Clusters Parallel & Distributed
System
ETPL PDS -030 Trends and Directions in Cloud Service Selection Parallel & Distributed
System
ETPL PDS -031 Placement and Performance Analysis of Virtual Multicast Networks in Fat-Tree Data
Center Networks
Parallel & Distributed
System

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