Unmanned Working Face Remote Monitoring System Based on B/S Architecture

It is of great significance to build an unmanned excavation face. As a part of it's key technology, an effective remote monitoring system designed for the unmanned excavation surface that based on the B/S architecture is presented. The visual acquisition work is not involved in this paper. From three aspects: clients, servers, and hardware devices, the advantages and disadvantages of various schemes are analyzed, and finally the client structures which mix SWF with the integration of HTML, and the architecture solutions of different server systems are confirmed. The functions of the unmanned working face remote monitoring system are clearly divided, and communications are carried out through the standard protocol, wherein the coupling degree is relatively small, so it is suitable for the transplant and functional adjustment between different systems.