Telefonaktiebolaget Lm Ericsson (publ)

Marcus Gårdman

Cristian Norlin

Joakim Formo

Anna Viggedal

Azadeh Bararsani

Gábor Stikkel

Takeshi Matsumura

Athanasios Karapantelakis

Qiang Li

Ioannis Fikouras

Andreas Fasbender

Farjola Zaloshnja

Farjola Peco

Niclas Jonasson

Olof Ermis

Peter Björklund

A method of providing traffic related information is provided. The method is performed in a device and comprises obtaining data relating to a first vehicle and data relating to a second vehicle, establishing a relative position between the first vehicle and the second vehicle based on the obtained data, and providing, to an entity in the first vehicle, information based on the established relative position. A corresponding device, computer program and computer program product are also provided.

Method of providing traffic related information and device, computer program and computer program product

A method () of providing traffic related information is provided. The method () is performed in a device () and comprises obtaining () data relating to a first vehicle () and data relating to a second vehicle (); establishing () a relative position between the first vehicle () and the second vehicle () based on the obtained data; and providing (), to an entity () in the first vehicle (), information based on the established relative position. A corresponding device, computer program and computer program product are also provided.

A provisioning node connected to a subscription manger can receive a provisioning profile request from a device. The provisioning profile request can include an identifier of the device. The provisioning node can further authenticate the device. The provisioning node can further obtain a provisioning profile for the device using the identifier of the device. The provisioning node can further send the provisioning profile to the device.

Methods for automatic bootstrapping of a device

A resource node has application modules that are functionally interconnected by an application management proxy node to one another and/or to application modules of another resource node to provide combined functionality to a user. The resource node includes a plurality of the application modules and an application agent. Each of the application modules controls the resource node to provide corresponding defined functionality. The application agent communicates with the application management proxy node to establish functional interconnections between two or more of the application modules of the resource node and/or between at least one of the application modules of the resource node and at least one of the application modules of the other resource node. The application agent translates communication traffic to provide compatible communications between the application modules that are functionality interconnected. Related application management proxy nodes and methods are disclosed.

Management of functional interconnections between application modules on resource nodes in a social web

The invention concerns a communication synchronization device (), method, computer program and computer program product for synchronizing communication (RQ, PRES) as well as to a method, wireless device (), computer program and computer program product for handling such communication. The device () investigates () the communication patterns of communications between the wireless terminal () and server devices () communication sessions (CS, CS, CS) between applications (A, A, A) running in the wireless terminal and the server devices (), determines a downlink coordination group, collects () server device transmissions (PRES) of the group made by the server devices through aligning them with each other in time and sends () the collected transmissions to the wireless terminal as an aggregated transmission via a common wireless link. The wireless device () receives () the aggregated transmission and distributes () data therein to the applications (A, A, A).

Traffic coordination for communication sessions involving wireless terminals and server devices

A method and a network node for obtaining a required latency for transmissions between a wireless device and a controller node are disclosed. The network node receives at least one parameter relating to a context of at least one of the wireless device and the controller node. The parameter is detectable by a set of sensor modules. The network node determines, based on the parameter, the required latency for the transmissions. The context comprises one or more of: a surrounding of the at least one of the wireless device and the controller node; an operational ability of the at least one of the wireless device and the controller node; and a sensitivity of operation of the at least one of the wireless device and the controller node. The surrounding, operational ability and/or the sensitivity is/are detectable by at least one sensor module of the set of sensor modules.

Methods and network node for obtaining a required latency for transmissions

According to exemplary embodiments, networked object management software, devices, systems and methods are described which use social mapping principles to streamline interactions between users and their networked objects, as well as between the networked objects themselves. Friendship relationships are established, by a network management system, between a plurality of the networked objects, each of the plurality of networked objects being associated with a use. When the network management system receives a task request, it can then assign the requested task to one of the plurality of networked objects which has a capability to perform the requested task and which also has an established friendship relationship with the user.

Social web of objects

A resource management node is disclosed that manages a plurality of resource nodes connected to at least one network. The resource management node includes a system entity database, an interaction flow database, and an interaction execution engine. The system entity database contains information identifying communication addresses for the resource nodes and associated metadata identifying capabilities of the resource nodes. The interaction flow database contains information defining data flows that are permitted between identified ones of the resource nodes and associated triggering criteria defining when identified ones of the data flows are to be performed. The interaction execution engine is configured to determine that one of the triggering criteria defined by the interaction flow database is satisfied and to respond by establishing the associated data flow between the identified ones of the resource nodes. Related methods for managing a plurality of resource nodes connected to at least one network are disclosed.

Growing community of inventors

Skärholmen, Sweden

Marcus Gårdman