SBIR Phase II: Ultrafast Block Retrieval for Optical Storage

这个小型企业创新研究（SBIR）第二阶段项目将为该公司的专利手性薄膜光学数据存储系统开发并商业化超快速块数据检索方法。 该技术将联合收割机的存储容量与超快的检索速度相结合。 CD-ROM、DVD-ROM和MO技术的当前检索速率对于诸如用于医学诊断或目标识别的图像检索的应用是固有地受限的。 该公司的分块检索技术是解决数据检索瓶颈的一种新方法。 使用成像和模式识别技术，在2D块中检索数据。 这种检索方法将导致吞吐量和存储密度的数量级增加。由于对高密度、高速存储的需求不断升级，存储系统供应商将有一个现成的市场，他们向无数行业提供产品，这些行业的业务依赖于存储容量和快速检索。

This Small Business Innovation Research (SBIR) Phase II project will develop and commercialize an ultra fast block data retrieval method for the company's patented chiral film-based optical data storage system. The technology will combine ultrahigh storage capacity with ultra fast retrieval speed. The current retrieval rates of CD-ROM, DVD-ROM and MO technology is inherently limited for applications such as image retrieval for medical diagnosis or target recognition. The company's block retrieval technique is a new method for solving the bottleneck of data retrieval. Using imaging and pattern recognition techniques, data is retrieved in 2D blocks. This retrieval method will result in orders-of-magnitude increases in throughput and increases in storage density.Since the need for high density, high-speed storage is continuing to escalate, there will be a ready market from storage system vendors who supply products to the myriad of industries whose business depends upon volumes of storage and quick retrieval.