Introduction to Efficient Cooperative

We propose an energy efficient cooperative caching scheme (EECCS) in which files are placed in cooperative small cell base station (SBS) in such a manner that small cell base station can access files from the caches of other small cell base station to maximize the energy efficiency.

Then, a heuristic energy efficient cooperative SWIPT routing algorithm (EECSR) is presented to find a transmission path with the maximum energy efficiency.

The simulation results illustrate that this system outperforms the existing routing protocol such as protocols of Energy Efficient Cooperative Opportunistic Routing (EECOR), Fuzzy Depth Based Routing (FDBR) and Depth Based Routing (DBR) in terms of improved parameters related to energy, propagation delay and throughput.

To overcome this drawback, we proposed an energy efficient Cooperative Spectrum Sensing (CSS) for a CR-IoT network with interference constraints using a novel ED method.

In this paper we propose an efficient cooperative spectrum sensing solution, ECSS, for CBRS CR system.

Therefore, the development of an energy-efficient cooperative communication network that reduces energy consumption while maintaining the highest possible level of performance is urgently required.

Theoretical analysis and simulation results validate a suitable B-CNN spectrum sensing model along with energy-efficient cooperative communication between the SU nodes.

In this work by studying the dual problem, we develop a simple but efficient cooperative approach between a Random forest classification method and a set of contour detection methods as Canny, Prewitt and Sobel.

Development of efficient cooperative approaches has attracted people’s attention because direct energy acquisition from the ocean by the underwater vehicles is still at an early stage of research and the energy carried on board is quite limited.

The KMPCI members highly recommend the full implementation of the proposed system for faster report generations, information system security, effective and efficient cooperative operations, mobility access to information and unique end to end offering in the cooperative.

The KMPCI members highly recommend the full implementation of the proposed system for faster report generations, information system security, effective and efficient cooperative operations, mobility access to information and unique end to end offering in the cooperative.

Based on the cooperative communication model, an energy-efficient cooperative routing algorithm with optimal link cost is proposed for the nanonetworks.

In this paper, a novel development of the design & development of an energy efficient cooperative routing protocol for wireless sensor networks in the networking field is presented.

This article focuses on efficient cooperative data sharing in edge computing assisted 5G-VANET.

For the formulated mixed-integer non-convex programming, we develop an efficient cooperative data dissemination algorithm by tactfully handling the non-smooth objective function, binary variables and non-convex constraints.

We found that social communication played a key role in the establishment of new cooperation, and that increased cooperative ability and a more efficient cooperative strategy emerged as a function of the evolutionary hierarchy of the tested species.

This article studies the energy-efficient cooperative strategy of rechargeable multi-UAVs for providing seamless coverage and long-term information services for IoT nodes.

Strikingly, such “efficient cooperative coding” also improved neuronal source separability specifically for the locations that were most likely to occur.

Strikingly, such “efficient cooperative coding” also improved neuronal source separability specifically for the locations that were most likely to occur.

Towards enabling an efficient cooperative perception, vehicles need to address fundamental questions such as: what sensory data needs to be shared? at which resolution? with which vehicles? In this view, this paper proposes a reinforcement learning (RL)-based vehicular association, resource block (RB) allocation, and content selection of cooperative perception messages by utilizing a quadtree-based point cloud compression mechanism.

One major challenge of building such a system is how to realize effective and efficient cooperative perception among vehicles, which enables them to share local (raw or processed) perception data with each other or roadside infrastructures through wireless communications.