Abstract: Resource optimized forwarding of classified requests to different instances of a microservice is provided. The process includes obtaining classified requests to a microservice. The classified requests are classified based on different microservice resource consumption types. Further, the method includes forwarding the classified requests to instances of the microservice with different assigned resource configurations. The forwarding is based on the different microservice resource consumption types of the classified requests.

Abstract: The invention presents a method for measuring signal quality of a user equipment (UE) in wireless communication networks, comprising: communicating UE sends a cooperative measurement request to its neighboring UEs to delegate the neighboring UEs to carry out cooperative measurement; if at least one of the neighboring UEs agrees to carry out the cooperative measurement, the neighboring UE utilizes idle timeslots to perform corresponding cooperative measurements according to the received cooperative measurement request; then, the neighboring UE sends measurement result to the communicating UE or the network according to the request to finish the whole measurement process. By adopting the cooperative measurement method in the present invention, communicating UE can delegate the measurement task to its neighboring UEs, so that it can be extricated from overloaded measurement and therefore it avoid the impact of measurement operation on current communication speed and QoS.

Abstract: The invention presents a method for measuring signal quality of a user equipment (UE) in wireless communication networks, comprising: communicating UE sends a cooperative measurement request to its neighboring UEs to delegate the neighboring UEs to carry out cooperative measurement; if at least one of the neighboring UEs agrees to carry out the cooperative measurement, the neighboring UE utilizes idle timeslots to perform corresponding cooperative measurements according to the received cooperative measurement request; then, the neighboring UE sends measurement result to the communicating UE or the network according to the request to finish the whole measurement process. By adopting the cooperative measurement method in the present invention, communicating UE can delegate the measurement task to its neighboring UEs, so that it can be extricated from overloaded measurement and therefore it avoid the impact of measurement operation on current communication speed and QoS.

Abstract: The present invention proposes a routing method performed by a mobile terminal in wireless communication systems, comprising: (i) receiving route probing signals to the destination mobile terminal from another mobile terminal; (ii) calculating the route cost to the destination mobile terminal via said mobile terminal according to said route probing signals and system performance parameters; (iii) sending response messages to said another mobile terminal according to the calculated route cost.

Abstract: An antenna which can be operated in a number of frequency bands and has at least one part which encloses an area and at least one part which does not enclose an area, with the at least two parts including a single conductor part being connected in series with one another, and the at least two parts interacting with one another in such a manner that the antenna has at least two resonant frequencies in a definable position, and with each at the same time having a wide bandwidth.

Abstract: An antenna which can be operated in a number of frequency bands and has at least one part which encloses an area and at least one part which does not enclose an area, with the at least two parts including a single conductor part being connected in series with one another, and the at least two parts interacting with one another in such a manner that the antenna has at least two resonant frequencies in a definable position, and with each at the same time having a wide bandwidth.

Abstract: An antenna which can be operated in a number of frequency bands and has at least one part which encloses an area and at least one part which does not enclose an area, with the at least two parts including a single conductor part being connected in series with one another, and the at least two parts interacting with one another in such a manner that the antenna has at least two resonant frequencies in a definable position, and with each at the same time having a wide bandwidth.