High-efficiency Synthesis and Processing Software Design of Large-capacity Data for Digital Device Testing
Zaiming Fu, Zhongshun Cai, Hanglin Liu, Ke Liu · 2018
In the field of digital testing, the capacity of test data sets has grown rapidly. It is difficult for a single data generating device to take into account various test requirements. The large capacity data sets that are made up of multiple data source devices is becoming the development mainstream. In the integrated system, the key to improving test efficiency of the system is to efficiently and quickly generate the large-capacity data sets. Based on the Huffman algorithm and command transmission, the author proposes a software processing method, which achieves the goal of collaborative editing and data synthesis of multiple data generators, and it successfully applies to the efficient synthesis and processing of 96-channel and 5Gbits ultra-large capacity data sets.