1、1 出处在后面译文部分！ Assessing block chain technology for Transport Data Logger Bjrn Johansson 2 List of acronyms API Application Programming Interface BFT Byzantine Fault Tolerance (alt. Byzantine Fault Tolerant) CACertificate Authority CPU Central Processing Unit HTTPS Hypertext Transfer
2、 Protocol Secure MSPMembership Service Provider PBFT Practical Byzantine Fault Tolerance PKI Public Key Infrastructure PoET Proof of Elapsed Time REST Representational State Transfer SDKSoftware Development Kit SGX Software Guard Extensions SHA Secure Hash Algorithm SSH Secure Shell TDL Transp
3、ort Data Logger TLS Transport Layer Security 3 Popular Science Summary: Storing and attributing log data using blockchain technology Blockchain technology is incredibly young, even the most mature of the blockchain technologies are either functionally complete but very simple or lack important
4、 features. The thesis has assessed blockchain technology for implementation with the Bosch Transport Data Logger, TDL. The TDL is a sensor-equipped logging device with a companion smartphone app. The device is fastened to packages during transportation and logs how the packages have been handled whi
5、le in the care of post and transport companies. For example, unacceptable temperatures, humidity and manhandling are logged. The two main types of blockchain technology, permissionless and permissioned, are found to have inherent trade-offs between open/closed participation and poor/good performance
6、. Hyperledger Fabric, most mature of the permissioned blockchain systems, was used to build a TDL Blockchain System proof of concept. Log data and other information from and about the TDL devices, transferred by the transport company employees using the companion app, are stored on the blockchain. Generally, just saving sensor values is not enough to accomplish anything. To give credence to the logged data and to be able confidently to act upon it, the data must be made trustworthy. In an environment where
