As part of Internet of Things, low-power lossy network (LLN) applications are being diversified, which requires LLNs to support diverse traffic patterns.
To solve the problem effectively, we provide an improved RPL implementation, termed DT-RPL, which fast updates wireless link quality through both upward and downward traffic to support Diverse Traffic patterns.
They can mimic normal application and traffic patterns, and can change their core software far faster than traditional security solutions can update their signature-based systems.
Due to their promising potential diverse applications, such as pattern recognition, signal and image processing, associative memory, combinatorial optimization, and parallel computing, CGNN have attracted increasing interest for the past few decades.
In addition, smart metering and monitoring applications generate regular traffic patterns, therefore it can be considered as low priority traffic, but with higher data rate requirements.
This paper proposes a multi-mode adaptable router that can support both circuit and wormhole switching with supplying flexible working strategies for specific traffic patterns in diverse applications.
However, the dilemma is that M2M traffic patterns vary in diverse application domains and in most of the applications, the M2M device data is only a few bytes [9 11].
Recent submarine-cable-network architectures have been optimized by network planners in various forms in accordance with diverse conditions and requirements, such as traffic patterns, connectivity, geography, availability, economics, and sovereignty among countries.
The growing set of diverse applications developed for MANETs pose far more complex traffic patterns than the simple one-to-one traffic pattern, and hence the one-to-one traffic pattern widely used in previous protocol studies has become inadequate in reflecting the relative performance of these protocols when deployed to support these emerging applications.
While AIDA uses data from the network layer, it treats the application layer as a black box and therefore cannot exploit patterns in application traffic flows.
Simulation results show that the average latency and saturation load are dramatically improved by SRNoC both in synthetic traffic patterns and real application traffic trace with negligible hardware overhead.
