Amount of information exchange in modern technology era is increasing rapidly for accommodating both correlated and non-correlated contents. This can be best handled by filling the data as associations (linked data in a pre-defined order), rather than just indexing. Through association, available data are divided into related subsets and stored in a linked fashion. Content addressable memory (CAM) can reduce the time of locating the data that eliminates the following two inevitable issues: 1) The path of address location limits the memory access time and address-line size accounts for the depth (number of entries) in memory; 2) The search content under process is unknown, therefore even for an unavailable data, the full memory is searched. An analog to digital converter (ADC) acts as a primary interfacing device to communicate between the digital processor with real world applications. This work is a continuous study and improvement in various factors involved in the development of CAM and ADC.

中文翻译：

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CAM和ADC设计方法

为了适应相关内容和不相关内容，现代技术时代的信息交换量正在迅速增加。最好通过将数据填充为关联关系（以预定义的顺序链接数据），而不只是索引来处理。通过关联，可用数据分为相关子集并以链接方式存储。内容可寻址存储器（CAM）可以减少查找数据的时间，从而消除了以下两个不可避免的问题：1）地址位置的路径限制了存储器的访问时间，并且地址线大小说明了存储器中的深度（条目数） ; 2）正在处理的搜索内容是未知的，因此，即使对于不可用的数据，也会搜索全部内存。模数转换器（ADC）充当主要接口设备，可在数字处理器与实际应用之间进行通信。这项工作是对CAM和ADC开发中涉及的各种因素的持续研究和改进。