Titlebook: E-Business and Telecommunications; 15th International J Mohammad S. Obaidat Conference proceedings 2019 Springer Nature Switzerland AG 2019

敬禮

Generation of High Quality Microwave Signal Using Different Optoelectronic Techniques,to the RF signal. A jitter in the cavity resonances due to temperature variations is completely eliminated from the output beat signal. There is a 10?dB increase in the phase noise at the FSR frequency and its harmonics. The setup is tested with signals generated by two different microwave sources a

Root494

Bricklayer

Itinerant

Real-Time Noise Reduction Algorithm for Video with Non-linear FIR Filter,ite impulse response (IIR) filter to reduce noise. This approach is known as the inter-frame relation, and the noise reducer comprises a temporal recursive filter. Temporal recursive filters are widely used in digital TV sets to reduce the noise affecting images. Although the temporal recursive filt

Banquet

A Mixed Traffic Sharing and Resource Allocation for V2X Communication,source Allocation (MSRA) Algorithm to guarantee the low latency and the stringent reliability requirements of Safety V-UEs, and to maximize the sum rate capacity and respect the delay constraint of C-UEs and non Safety V-UEs, respectively, while respecting the signal-to-interference-plus-noise ratio

省略

Steganogaphy Using Mac-Independent Opportunistic Routing and Encoding (MORE) Protocol Based Communi to a 50% reduced time/computation complexity. Furthermore, we analyse the proposed schemes and discuss their vulnerability to steganalysis attacks, then we propose an enhancement against these attacks.

極小量

https://doi.org/10.1007/978-3-7091-3602-7 transactions from [.] by providing a more efficient protocol for each subtransaction from complex transaction. Also, we formally verify our improved solution using AVISPA. The verification results obtained using AVISPA demonstrate that our improved solution preserves all security requirements obtained in [.].

podiatrist

新義

獨(dú)特性

Cloudless Friend-to-Friend Middleware for Smartphones,y of known peers, authentication mechanisms, and secure communication channels. In this paper, we propose a peer-to-peer middleware that provides these features without the need for centralized services.