The transmission of humongous data from the monitoring field to the central unit for further
processing is a highly challenging task for the hardware, especially when the …

In the Internet of Things system, including wireless sensor networks, energy savings are a
matter of prime concern today. While electronic devices as well as software have been …

Due to the improvement of technology, most of the devices used nowadays are connected to
the internet, therefore a huge amount of data is generated, transmitted, and used by these …

Many scientific simulations, machine/deep learning applications and instruments are in
need of significant data reduction. Error-bounded lossy compression has been identified as …

The need of data compression at smart Edge/Fog-based gateways is undeniable as data
compression can significantly reduce the amount of data that has to be transmitted over a …

The data transmitting is very costly in the IoT sensor nodes and it wastes most of the energy.
There are many techniques and concepts concerned with save of energy, mostly dedicated …

Abstract Internet of Things (IoT) can be considered a suitable platform for industrial
applications, enabling large systems that connect a huge number of intelligent sensors and …

Today, there is a huge demand for data compression due to the need to reduce the
transmission time and increase the capacity of data storage. Data compression is a …

The paper presents a multi-layered data compression framework that reduces the amount of
data before being stored in cloud. At present, Internet of Things (IoT) has gained noticeable …

In this paper we propose a new lossless compression algorithm suitable for Internet of
Things (IoT). The proposed algorithm, named RAKE, is based only on elementary counting …