Machine-to-machine (M2M) communication devices communicate and exchange information with each other in an independent manner to perform necessary tasks. The machine communicates another over a wireless network. Wireless opens up the environment huge vulnerabilities, making it very easy for hackers gain access sensitive carry out malicious actions. This paper proposes M2M system through internet...

Dynamic Access Class Barring and Relay Assisted Radio Resource Allocation Methods for Cellular M2M Networks c © Lilatul Ferdouse, 2015 Master of Applied Science Electrical and Computer Engineering Ryerson University Cellular based M2M systems generate massive number of access requests which create congestion in the cellular network. The contention-based random access procedures are designed for...

This paper first discusses the machine to machine (M2M) domain architecture which becomes the basic model for hybrid Medium Access Control (MAC) protocols for large M2M networks and also it sets the background for hybrid MAC scheme. A review of the contention based and reservation based MAC protocols used in M2M networks is then made. Refer ences Liu,Y. , Yuen, C. , Chen, J. and Cao, X. 2013. A...

Machine-to-Machine (M2M) communications allow networked devices to exchange information without human intervention. The large variety of devices with diverse characteristics has already resulted in vertical M2M applications based on very heterogeneous forms of platforms, technology, and data models. Interoperability is limited. In order to develop horizontal platforms across different business ...

Improving Machine-to-Machine (M2M) communication is essential for the development of Smart Factory as data can be exchanged and processed more efficiently. Herein this study, we employ Deep Learning (DL) concepts aimed at improving end-to-end performance (E2E) M2M systems. Training physical layers requires explicit channel information to fully known, which solved with generative adversarial net...

Submit Manuscript | http://medcraveonline.com Abbreviations: LTE: Long Term Evolution; CEPT: Conference For European Post And Telecommunications; GSM: Global System of Mobile Communication; NG: Next Generation; QoS: Quality of Service; IOT: Internet of Things; M2M: Machine to Machine; IP: Internet Protocol; RATs: Radio Access Techniques; MS: Mobile Station; CCI: Co-Channel Interference; ACI: Ad...

Submit Manuscript | http://medcraveonline.com Abbreviations: LTE: Long Term Evolution; CEPT: Conference For European Post And Telecommunications; GSM: Global System of Mobile Communication; NG: Next Generation; QoS: Quality of Service; IOT: Internet of Things; M2M: Machine to Machine; IP: Internet Protocol; RATs: Radio Access Techniques; MS: Mobile Station; CCI: Co-Channel Interference; ACI: Ad...

Wireless Packet Data Networks, su great promise for applications that rely on ma (M2M) communication. The rapidly ad communication technology and the decrease possible to incorporate mobile technology into systems. Based on an SMS/GPRS Service/General Packet Radio Service) mobile microcontroller, a home automation server c Powerful microcontrollers are used as parts o office appliances of today...

Machine to machine (M2M) and Internet of things (IoT) communication systems are characterized by short and bursty communication cycles. Devices may also have very low duty cycles to increase battery lifetime. Current 4G systems are not adapted to these kind of traffic characteristics. Even to send just a short packet, a user equipment (UE) first needs to synchronize to the network, establish a ...