Abstract: Systems, assemblies, and methods include features for selecting a fan speed priority setting to facilitate dehumidification of a space while maintaining a comfortable temperature in the building across a range of cooling loads. In one example, an electronic assembly may operate a multi-speed fan at a lower fan speed or higher fan speed based, at least in part, on a current cooling load on the cooling system of the building and a dehumidification high fan speed priority setting entered by a user.

Abstract: An ambient light controller in an agricultural machine can control multicolor lights arranged in an operator cab of the machine to project light around structures in the cab to areas that are perceivable by a forward facing operator to convey useful information about the machine to the operator. The lights can be projected around such structures by using light pipes. The lights can preferably be in a color which minimizes glare inside the cab to avoid distraction. The light controller can monitor various functions of the machine, such as boom height, and change colors and/or patterns of the lights to indicate states corresponding to the conditions, such as a normal state and a fault state.

Abstract: An ambient light controller in an agricultural machine can control multicolor lights arranged in an operator cab of the machine to project light around structures in the cab to areas that are perceivable by a forward facing operator to convey useful information about the machine to the operator. The lights can be projected around such structures by using light pipes. The lights can preferably be in a color which minimizes glare inside the cab to avoid distraction. The light controller can monitor various functions of the machine, such as boom height, and change colors and/or patterns of the lights to indicate states corresponding to the conditions, such as a normal state and a fault state.

Abstract: Systems, assemblies, and methods include features for selecting a fan speed priority setting to facilitate dehumidification of a space while maintaining a comfortable temperature in the building across a range of cooling loads. In one example, an electronic assembly may operate a multi-speed fan at a lower fan speed or higher fan speed based, at least in part, on a current cooling load on the cooling system of the building and a dehumidification high fan speed priority setting entered by a user.

Abstract: System, methods, nodes, and computer program products for handling paging of a user equipment for delivery of a terminating transaction are described. A user equipment is located in a radio coverage area, wherein the radio coverage area is controlled by the control node. The method includes initiating a paging request broadcast in the radio coverage area and opening, triggered by the initiating of the paging request broadcast, a paging response reception window. The method further includes storing, while the paging response reception window is open, all received paging responses. Furthermore, authenticating, if more than one paging response has been received, at least one user equipment which has provided a paging response, and continuing delivery of the terminating transaction to the user equipment which could be successfully authenticated.

Abstract: A method of routing messages in an IP-based signaling network is provided. Further, a network node for performing such a routing of messages in an IP-based signaling network is provided. The network node comprises at least two interfaces and a processing unit configured to route an incoming message received at a first of the at least two interfaces to a second interface of the at least two interfaces. Further, a relay network comprising plural of such network nodes as relay nodes is provided.

Abstract: System, methods, nodes, and computer program products for handling paging of a user equipment for delivery of a terminating transaction are described. A user equipment is located in a radio coverage area, wherein the radio coverage area is controlled by the control node. The method includes initiating a paging request broadcast in the radio coverage area and opening, triggered by the initiating of the paging request broadcast, a paging response reception window. The method further includes storing, while the paging response reception window is open, all received paging responses. Furthermore, authenticating, if more than one paging response has been received, at least one user equipment which has provided a paging response, and continuing delivery of the terminating transaction to the user equipment which could be successfully authenticated.

Abstract: The application relates to the transport of SS7 signaling over an Internet Protocol based network and in particular to the routing of SS7 Signaling Network Management SSNM Messages such as Destination Unavailable DUNA and Signalling Congestion SCON by a SIGTRAN relay node. The SSNM messages are checked against a so-called “validation rule”, which either specifies a list of allowed affected point codes or a threshold rate of SSNM messages with the same affected point code. If the SSNM message is “valid” it is sent to a so-called “broadcast domain” which comprise nodes such as signaling endpoints or component of one or more application servers.

Abstract: A method of operating a signaling gateway for routing signaling messages between a SS7 network and an IP-based network is provided. The signaling gateway has a signaling point code allocated as a network address. Further, a signaling gateway for routing signaling messages between a SS7 network and an IP-based network is provided. The signaling gateway comprises an interface towards the SS7 network and an interface towards the IP-based network. The signaling gateway comprises a processing unit which may implement a SS7 protocol stack and an IP protocol stack. The processing unit may be configured to translate a message delivered to an upper protocol layer of the SS7 protocol stack to a corresponding message conforming to a user adaptation protocol of the IP protocol stack.

Abstract: A method of routing messages in an IP-based signaling network is provided. Further, a network node for performing such a routing of messages in an IP-based signaling network is provided. The network node comprises at least two interfaces and a processing unit configured to route an incoming message received at a first of the at least two interfaces to a second interface of the at least two interfaces. Further, a relay network comprising plural of such network nodes as relay nodes is provided.

Abstract: A method of routing messages in an IP-based signaling network is provided. Further, a network node (201) for performing such a routing of messages in an IP-based signaling network, is provided. The network node (201) comprises at least two interfaces (214, 215) and a processing unit (302) configured to route an incoming message received at a first of the at least two interfaces to a second interface of the at least two interfaces. Further, a relay network comprising plural of such network nodes as relay nodes is provided.

Abstract: A method of operating a signalling gateway in a decoupled mode of operation for routing signalling messages between an SS7 and an IP-based network is provided. Further, the invention relates to a method of processing a connection oriented signalling message at an application server process, wherein the message is exchanged via a signalling gateway between an SS7 network node and the application server process. The application server process serves at least one application server in an IP-based network. The invention further provides a signalling gateway for routing signalling messages between an SS7 network and an IP-based network and an application server comprising an application server process for processing signalling messages, in particular connection oriented messages.

Abstract: The application relates to the transport of SS7 signaling over an Internet Protocol based network and in particular to the routing of SS7 Signaling Network Management SSNM Messages such as Destination Unavailable DUNA and Signalling Congestion SCON by a SIGTRAN relay node. The SSNM messages are checked against a so-called “validation rule”, which either specifies a list of allowed affected point codes or a threshold rate of SSNM messages with the same affected point code. If the SSNM message is “valid” it is sent to a so-called “broadcast domain” which comprise nodes such as signaling endpoints or component of one or more application servers.

Abstract: A method of operating a signalling gateway in a decoupled mode of operation for routing signalling messages between an SS7 and an IP-based network is provided. Further, the invention relates to a method of processing a connection oriented signalling message at an application server process, wherein the message is exchanged via a signalling gateway between an SS7 network node and the application server process. The application server process serves at least one application server in an IP-based network. The invention further provides a signalling gateway for routing signalling messages between an SS7 network and an IP-based network and an application server comprising an application server process for processing signalling messages, in particular connection oriented messages.

Abstract: A method of operating a signaling gateway for routing signaling messages between a SS7 network and an IP-based network is provided. The signaling gateway has a signaling point code allocated as a network address. Further, a signaling gateway for routing signaling messages between a SS7 network and an IP-based network is provided. The signaling gateway comprises an interface towards the SS7 network and an interface towards the IP-based network. The signaling gateway comprises a processing unit which may implement a SS7 protocol stack and an IP protocol stack. The processing unit may be configured to translate a message delivered to an upper protocol layer of the SS7 protocol stack to a corresponding message conforming to a user adaptation protocol of the IP protocol stack.

Abstract: A method of routing messages in an IP-based signaling network is provided. Further, a network node (201) for performing such a routing of messages in an IP-based signaling network, is provided. The network node (201) comprises at least two interfaces (214, 215) and a processing unit (302) configured to route an incoming message received at a first of the at least two interfaces to a second interface of the at least two interfaces. Further, a relay network comprising plural of such network nodes as relay nodes is provided.

Abstract: A telecommunications system. The system includes a communications network. The system includes N nodes, where N is an integer greater than or equal to 2, which run a same or different applications and process a same or different ranges of application level traffic, and which communicate with each other through the network using signaling by SIGTRAN protocols. Each of the N nodes has a full receive state where a node receives any type of traffic from the other nodes and an isolated receive state where the node only receives allocated traffic from the other nodes. The node sends traffic to the other nodes whether the node is in the full receive state or the isolated receive state. A method for communicating.

Abstract: A telecommunications system. The system includes a communications network. The system includes N nodes, where N is an integer greater than or equal to 2, which run a same or different applications and process a same or different ranges of application level traffic, and which communicate with each other through the network using signaling by SIGTRAN protocols. Each of the N nodes has a full receive state where a node receives any type of traffic from the other nodes and an isolated receive state where the node only receives allocated traffic from the other nodes. The node sends traffic to the other nodes whether the node is in the full receive state or the isolated receive state. A method for communicating.

Abstract: Adaptive intelligent circulation control methods and systems are used to help increase the comfort and/or reduce energy usage and equipment wear. In one illustrative embodiment, the circulation and/or ventilation time is adjusted based on one or more environmental conditions inside or outside the building structure. In another illustrative embodiment, the circulation and/or ventilation time may be adjusted based on the current time of day, current time of year, and/or the current schedule period. In another illustrative embodiment, the circulation and/or ventilation time is randomized over time. The start time, end time, and/or length of a circulation and/or ventilation cycle may be randomly set.

Abstract: A system and method for regulating the operation of first and second temperature modification sources for heating or cooling a building structure is provided. The system switches between the first and second temperature modification sources based on conditions other than just outside temperature.