I-Corps Teams: Addressing Information Security with Channel Codes

这个i-Corps项目的更广泛的影响/商业潜力是通过防止通信通道上的窃听来提高数据安全性。该项目考虑到潜在窃听者的位置和衰落的信道信号，以防止未经授权访问通信。该项目将通过提供一种使用更少计算能力的技术来增强信息安全，同时确保更长的电池寿命，以确保通信安全。该项目提供了另一种选择，通过不依赖传统加密来保护通信安全，传统加密有时容易受到攻击。该i-Corps项目的潜在应用包括但不限于：金融部门、军事、政府研究机构、医疗保健和其他安全敏感应用。该i-Corps项目利用信令和编码技术的组合来提供安全性，以防止窃听者，而不是依赖于传统密码方案所知的秘密密钥对。这项技术使用信道码和窃听者的物理位置的组合来防止窃听者访问通信电波。该项目的研究通过在互联网模型的物理层使用较低的消息检测和纠错技术来增强安全性。这项技术为消息添加了比特，并确保消息不会被窃听者解码。更具体地说，该技术利用降级信号、噪声、干扰和定位技术来提供安全通信。与传统方法相比，该技术使用的计算能力更小，因此非常适合于生物传感器。该方案实现了信息的机密性、完整性和认证性。

The broader impact/commercial potential of this I-Corps project is to improve data security by preventing eavesdropping on a communication channel. This project takes into consideration the location of potential eavesdroppers and fading channel signals to prevent unauthorized access to communication. The project will enhance information security by providing a technology that uses less computation power, while insuring longer battery life, to secure communication. The project provides an alternative choice for securing communication by not relying on traditional encryption, which sometimes has been vulnerable to attacks. The potential application of this I-Corps project includes, but is not limited to: financial sector, military, government research institutions, healthcare, and other security-sensitive applications.This I-Corps project utilizes a combination of signaling and coding techniques to provide security against eavesdroppers by not relying on a secret pair of keys that traditional cryptography schemes are known for. This technology uses a combination of channel codes and physical location of eavesdroppers to prevent the eavesdroppers from gaining access to the communication wave. The research for this project enhanced security by using a lower probability of message detection and error correction technique at the physical layer of the internet model. The technology adds bits to messages and ensures that the messages cannot be decoded by eavesdroppers. More specifically, the technology exploits degrading signals, noise, interference, and localization techniques to provide secure communication. The proposed technology uses less computation power than traditional approaches and is thus a great fit for biological sensors. This scheme achieves information confidentiality, integrity and authentication.