Thread / Post | Tags | ||
Title: summer training file in electronics branch in dlw Page Link: summer training file in electronics branch in dlw - Posted By: shahna Created at: Friday 06th of October 2017 02:52:50 PM | |||
To get full information or details of summer training file in electronics branch in dlw please have a look on the pages | |||
| |||
Title: Moments and Channel Capacity of Single and Dual-Branch Receivers Over Weibull Fading Page Link: Moments and Channel Capacity of Single and Dual-Branch Receivers Over Weibull Fading - Posted By: darsa881r Created at: Thursday 17th of August 2017 06:04:41 AM | |||
Moments and Channel Capacity of Single and | |||
| |||
Title: An Efficient Time-Bound Hierarchical Key Management Scheme for Secure Broadcasting Page Link: An Efficient Time-Bound Hierarchical Key Management Scheme for Secure Broadcasting - Posted By: comsian059 Created at: Thursday 05th of October 2017 05:09:43 AM | |||
An Efficient Time-Bound Hierarchical Key Management Scheme for Secure Broadcasting-IEE TRANSACTIONS ON DEPENDABLE AND SECURE COMPUTING, VOL. 5, NO. 2, | |||
Title: digital jewellery ppt free download for computer science branch Page Link: digital jewellery ppt free download for computer science branch - Posted By: vishwambhar Created at: Thursday 17th of August 2017 06:53:00 AM | |||
hello i want a digital jewellery ppt free download could you please provide the topic.. thank you ....etc | |||
Title: Distance Reduction in Mobile Wireless Communication Lower Bound Analysis and Practi Page Link: Distance Reduction in Mobile Wireless Communication Lower Bound Analysis and Practi - Posted By: Mayuri Padhye Created at: Thursday 05th of October 2017 05:08:49 AM | |||
The transmission energy required for a wireless communication increases superlinearly with the communication distance. In a mobile wireless network, nodal movement can be exploited to greatly reduce the energy required by postponing communication until the sender moves close to a target receiver, subject to application deadline constraints. In this paper, we characterize the fundamental performance limit, namely the lower bound expected communication distance, achievable by any postponement algorithm within given deadline constraints. Our analy ....etc | |||
Title: SMS CONTROLLED BRANCH CIRCUIT WITH TIMER AND DIGITAL THERMOMETER Page Link: SMS CONTROLLED BRANCH CIRCUIT WITH TIMER AND DIGITAL THERMOMETER - Posted By: saranya Created at: Thursday 05th of October 2017 04:32:49 AM | |||
| |||
Title: major project for ece branch and for electrical engineering Page Link: major project for ece branch and for electrical engineering - Posted By: kausar Created at: Thursday 05th of October 2017 04:46:26 AM | |||
1. Cost-Efficient Secure Hash Algorithm Hardware Accelerators using verilog HDL | |||
Title: ppt for ec branch Page Link: ppt for ec branch - Posted By: kps Created at: Thursday 17th of August 2017 05:39:13 AM | |||
The electronics and communication (EC) branch of engineering is turning out to be most sought after branch going by number off seats. Students aspiring to join an engineering course continue to rely on the stream due to continuous boom in sectors like computer, mobile chips etc. ....etc | |||
Title: Microstructural modelling of branch block and linear block polyolefins Page Link: Microstructural modelling of branch block and linear block polyolefins - Posted By: sumitchauhanengg Created at: Thursday 17th of August 2017 06:24:24 AM | |||
can anyone provide me with information on topic Microstructural modelling of branched block and linear block polyolefins ....etc | |||
Title: Security of Bertino-Shang-Wagstaff Time-Bound Hierarchical Key Management Scheme for Page Link: Security of Bertino-Shang-Wagstaff Time-Bound Hierarchical Key Management Scheme for - Posted By: jadoogar Created at: Friday 06th of October 2017 03:14:30 PM | |||
Abstract Recently, Bertino, Shang and Wagstaff proposed a time-bound hierarchical key management scheme for secure broadcasting. Their scheme is built on elliptic curve cryptography and implemented with tamper-resistant devices. In this paper, we present two collusion attacks on Bertino-Shang-Wagstaff scheme. The first attack does not need to compromise any decryption device, while the second attack requires to compromise single decryption device only. Both attacks are feasible and effective. | |||
Please report us any abuse/complaint to "omegawebs @ gmail.com" |