Cloud Computing Research Projects

Cloud Computing Research Projects

  Cloud Computing Research Projects is our praiseworthy service which is introduced by our Nobel scientific research development organization for the huge purpose of caters master students and research professoriates in cloud computing research. Right from the phase of topic selection to final documentation, our students and researchers are getting guidance from our ultimate and spectacular experts. Today, predominance of researchers and students are desired to gain our Avant-grade research development training with the best project from our professionals due to our research standard and project quality. Guys who have anxious to gain our excellent development training? You can make contact with us now.

Cloud Computing Research Projects

  Cloud Computing Research Projects provide surpassing and top-tier development training for students and researcher fellows for the motivation of make skillful scientific young generation in this real-time scientific world. We update our mind by advanced technologies with the aim of share our innovative ideas for scholars in cloud computing research as like mobile network with smartphone, hybrid clouds, robotics in cloud, wearable device & cloud, cloud integrity etc. Here’s we provided some of the research domains and application domains for your reference.

Cloud Computing Application Domains:

  • Cloud of Things
  • Ad Hoc Cloud Computing
  • Software Defined Network
  • Cloud Security
  • Internet of Things
  • Big Data Cloud Computing
  • Fog/Edge Computing
  • Medical/Healthcare Services
  • Hadoop MapReduce
  • Serverless Computing
  • eScience
  • Microservices
  • Robot as a Service
  • Service Oriented Architecture
  • Ubiquitous Computing
  • Web Computing
  • Software Testing/Engineering
  • Satellite Communication/Remote Sensing
  • Image Processing and Green Computing
  • SAP Cloud Platform and C-RAN
  • Single Chip Cloud Computer
  • Software Defined Data Center
  • Centralized Computing
  • Vehicular Technology
  • Biometrics and Photonics
  • Signal Processing
  • Sensor Cloud and Wireless Communication
  • Ecommerce Applications

Cloud Computing Research Domains:

  • Grid Computing
  • Security Services
  • Volunteer Computing
  • Big Data
  • High Availability and Reliability
  • Networking in Cloud Computing
  • Resource Provisioning, Monitoring, and Scheduling
  • Energy Efficient Hardware and Software Solutions
  • Service Oriented Architecture
  • Services Computing Foundations
  • Business Process Management and Integration
  • Cloud Computing Infrastructures Services

State-of-the-art Cloud Computing Research Projects List:

  • Multi Label Classification Algorithm Based on Overlapping Clustering
  • Regional Center Creation to Cloud Technology Based Educational Software for Shared Access
  • Cloud Assisted Device Clustering in Wireless Internet of Things (IoT) Networks for Lifetime Prolongation
  • Dynamic Metrics Real Time Collection Based on Execution Trace Streaming Using Platform as a Service (PaaS)
  • Asynchronous Best Response Dynamics in Cloud Computing for Resource Allocation Games
  • Revocation Game Theoretic Approaches Based Secure Data Storage in Cloud Computing Platform
  • Dynamic Encrypted Data Sharing Approach Based on Re-Encryption Conditional Proxy Broadcast for Cloud Storage
  • Speculative Conversational Interface System on Modularized Services for Incremental Inference
  • Integration of Wireless BBUs and Optical OFDM Flexible Grid Transponders in Cloud RAN Architecture
  • Partially Occluded Structures Representation Using Vision Based Modulation in Regular Point Clouds from Three Dimensional Scanner
  • Imbalance Characteristic in Cloud Frameworks for Fault Tolerant Workflow Scheduling
  • VM (Virtual Machine) Migration and Data replication to Network Overhead Mitigation in Edge Computing Framework
  • Multi Class Weather Recognition Using Region Selection and Concurrency Model
  • Mitigate Heterogeneous Cloud-RAN Interference Using User Weighted Probability Algorithm
  • Estimate PMU Based Distribution System State with Adaptive Accuracy Exploiting Internet of Things (IoT) Paradigm and Local Decision Metrics