Abstract: A wireless adapter module receives data from a monitor device through a wired interface, where the data conforms to a first protocol. The wireless adapter device translates the data to a format compatible with a supervisory control system. The data is transmitted to the supervisory control system through a wireless interface. Various protocols and translations may be used within the wireless adapter module such that a single supervisory control system may communicate with a variety of different vendor's monitor devices.

Abstract: A network management system includes an embedded node, having network database and communications elements, which is coupled locally on an ECHELON network. This local coupling provides a relatively high bandwidth connection to accommodate relatively high traffic volume between the network database and nodes for improved system performance relative to prior art configurations. Locally coupling the network database to the network eliminates the need to tunnel various messages needed to effect a network service when using a tiered architecture common in the HVAC industry. The communications elements include com ports adapted to couple the embedded node to a workstation via a conventional network, and to an ECHELON network.

Abstract: A network management system includes an embedded node, having network database and communications elements, which is coupled locally on an ECHELON network. This local coupling provides a relatively high bandwidth connection to accommodate relatively high traffic volume between the network database and nodes for improved system performance relative to prior art configurations. Locally coupling the network database to the network eliminates the need to tunnel various messages needed to effect a network service when using a tiered architecture common in the HVAC industry. The communications elements include com ports adapted to couple the embedded node to a workstation via a conventional network, and to an ECHELON network.