本发明涉及对数据进行编码及解码的方法和系统。编码方法包括：基于奇偶校验矩阵(40)从k个数据比特中创建m个奇偶比特，奇偶校验矩阵(40)包括数据部分(41)和奇偶部分(42)。所述奇偶部分由分块子矩阵所组成，且每一分块子矩阵可为以下任意一种：零矩阵、单位矩阵和置换矩阵；其中定义上对角线为所述奇偶部分中从第二列的第一分块子矩阵延伸至最后一列的倒数第二个分块子矩阵的连线，且所述上对角线上的每一分块子矩阵为单位矩阵或置换矩阵，而所述上对角线上方的分块子矩阵(44)则为零矩阵；所述奇偶部分从第二列至倒数第三列中的每一列在所述上对角线(45)下方都包含有一个或多个单位矩阵或置换矩阵。
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The Present Inventors Have Discovered That Asparagine Synthase Is Essential For Fungal Pathogenicity. Specifically, The Inhibition Of Asparagine Synthase Gene Expression In Fungi Results In No Signs Of Successful Infection Or Lesions. Thus, Asparagine Synthase Can Be Used As A Target For The Identif.....
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The telecommunication industry has produced an explosion of wireless technology. The next generation personal communications networks will need to be able to support a very high level of user traffic along with a wide range of high quality services at varying bit rates. However, the ability for wire.....
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The performance of wireless communication systems can be greatly enhanced by utilizing antenna diversity or smart antennas. Such antenna systems make use of multiple antennas and they have been incorporated into the base stations of most mobile telephone systems in use today. However, adoption of .....
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Wireless networks have been widely deployed in recent years to provide high-speed Internet access to mobile users. In traditional IEEE 802.11 wireless LANs, all users directly connect to an access point (AP) and all packets are forwarded by the AP. This leads to limited coverage, low load-balancing .....
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