资源列表
06179021
- this program for assssdvanced mathematic to calclulate fourier transform and its inverse
Antennion
- this program for antena karakterisito calclulate fourier transform and its inverse
05607043
- this program for antena propagation to calclulate fourier transform and its inverse
2004-4-czaplicki-in
- this program for medical wirless lesson to calclulate fourier transform and its inverse
lecture04
- this program for advanced mathematic to calclulate fourier transform and its inverse
Communication-Theory
- 学习通信原理的非常好的资料，与樊昌信版相配套-Learning Communication Theory of very good information, and Fan Changxin version supporting
papersw
- cooperative sensing spectrum with different snr and diffferent fusion rules and different secondary users
OPNET
- OPNET Technologies, Inc. is a software business that provides performance management for computer networks and applications. The company was founded in 1986 and went public in 2000.
Angle-of-Arrival-Localization-for
- In this paper, we investigate the problem of reliable detection and localization of active sound source using a new fusion approach of the vision and the acoustic data that enables reducing errors of acoustic localization caused mainly by syn
Acoustic-Shockwave-Based-Bearing-Estimation
- Awareness of the physical location for each node is required by many wireless sensor network applications. The discovery of the position can be realized utilizing range measurements including received signal strength, time of arrival, time di
A-Robust-and-Low-Complexity-Source
- The paper presents a smartphone-based shooter localization system. As muzzle blasts are difficult to detect at longer distances and consequently present higher false detection rates, the system relies on shockwaves only.
A-Novel-Approach-for-the-Detection
- In this paper, we propose a robust and low-complexity acoustic source localization technique based on time differences of arrival (TDOA), which addresses the scenario of distributed sensor networks in 3D environments. Network nodes are assumed