Colang John E, Johnston James N
Intel Corp, Albuquerque, USA.
Radiol Manage. 2006 May-Jun;28(3):38-46; quiz 47-9.
This paper focuses on the emerging technology of holographic storage and its effect on picture archiving and communication systems (PACS). A review of the emerging technology is presented, which includes a high level description of holographic drives and the associated substrate media, the laser and optical technology, and the spatial light modulator. The potential advantages and disadvantages of holographic drive and storage technology are evaluated. PACS administrators face myriad complex and expensive storage solutions and selecting an appropriate system is time-consuming and costly. Storage technology may become obsolete quickly because of the exponential nature of the advances in digital storage media. Holographic storage may turn out to be a low cost, high speed, high volume storage solution of the future; however, data is inconclusive at this early stage of the technology lifecycle. Despite the current lack of quantitative data to support the hypothesis that holographic technology will have a significant effect on PACS and standards of practice, it seems likely from the current information that holographic technology will generate significant efficiencies. This paper assumes the reader has a fundamental understanding of PACS technology.
本文聚焦于全息存储这一新兴技术及其对图像存档与通信系统(PACS)的影响。文中对该新兴技术进行了综述,包括对全息驱动器及相关基底介质、激光与光学技术以及空间光调制器的高层次描述。评估了全息驱动器和存储技术的潜在优缺点。PACS管理员面临众多复杂且昂贵的存储解决方案,选择合适的系统既耗时又费钱。由于数字存储介质进步的指数性质,存储技术可能很快过时。全息存储可能会成为未来低成本、高速、大容量的存储解决方案;然而,在该技术生命周期的这一早期阶段,数据尚无定论。尽管目前缺乏定量数据来支持全息技术将对PACS及实践标准产生重大影响这一假设,但从现有信息来看,全息技术似乎有可能带来显著的效率提升。本文假定读者对PACS技术有基本的了解。