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Publish/subscribe content dissemination techniques based on opportunistic networking and network coding-based epidemic routing are key techniques for optimizing network resources, simplifying network architecture, and providing a platform for realizing innovative networking applications and service.
For satisfying the quality of service (QoS) requirements and image denoising services in wireless sensor network (WSN) applications, based on opportunistic networking technology and generalized Gaussian mixture algorithm, an adaptive image processing and transmission scheme is proposed in this paper.
Generalized Gaussian mixture algorithm based on opportunistic networking is shown as formula (5).
The related work is given in Section 2. Image transmission based on opportunistic networking for WSNs is studied in Section 3. In Section 4, the image processing scheme based on generalized Gaussian mixture model was designed in WSNs.
In this paper, based on opportunistic networking and computing, we focus on the robust and efficient image processing and transmission scheme with generalized Gaussian mixture model to satisfy the service requirements of image or video application in resource constraint WSNs and extend the life cycle of WSNs.
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Their high dynamicity and heterogeneity present significant challenges from the communications perspective, which call for the adoption of new paradigms based on opportunistic and Information-Centric Networking (ICN) approaches.
As a result, we proposed the crowd cloud routing protocol based on opportunistic computing for wireless sensor networks.
In [1], the power allocation and sensor selection scheme in radar networks was studied based on opportunistic sensing.
The opportunistic wavelet model is based on opportunistic wavelet linear transformation, which is used to obtain the opportunistic wavelet function O W and the opportunistic scaling function S W, as shown in the formula (2).
Section 3 gives the embedded protocols based on opportunistic bandwidth allocation.
The concept of cognitive radio is based on opportunistic access to the available frequency resources.
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