Methods, systems, and computer readable media for long term evolution (LTE) uplink data processing
AssigneeIxia
InventorsRam Asokan, Wilson Qiu, Kalyan Sundhar
Life of this patent
Estimating the term…
Abstract
Methods, systems, and computer readable media for performing long term evolution (LTE) uplink data processing are disclosed. One method occurs at an LTE multi-UE simulator. The method includes receiving at least one transport data block containing uplink data to be transmitted to a device under test and dynamically assigning, using processing information associated with the at least one transport data block, at least one physical resource from a plurality of dynamically assignable physical resources for processing the at least one transport block includes receiving at least one transport data block containing uplink data to be transmitted to a device under test.
Claims17
A method for performing long term evolution (LTE) uplink data processing, the method comprising:
- at an LTE multi-UE simulator:
- receiving at least one transport data block containing uplink data to be transmitted to a device under test, wherein the at least one transport data block includes multiple transport data blocks associated with user devices simulated by the LTE multi-UE simulator;
- and
- dynamically assigning, for a transmission time interval and using processing information associated with the at least one transport data block, two or more assignable uplink data processing resources from a plurality of dynamically assignable uplink data processing resources for processing the at least one transport block, wherein each of the two or more assignable uplink data processing resources is configured to process a different code block of code blocks associated with the at least one transport data block.
A system for long term evolution (LTE) uplink data processing, the system comprising:
- an LTE multi-UE simulator including:
- a plurality of dynamically assignable uplink data processing resources;
- and
- an LTE uplink data processing module configured to receive at least one transport data block containing uplink data to be transmitted to a device under test, wherein the at least one transport data block includes multiple transport data blocks associated with user devices simulated by the LTE multi-UE simulator and to dynamically assign, for a transmission time interval and using processing information associated with the at least one transport data block, two or more assignable uplink data processing resources from the plurality of dynamically assignable uplink data processing resources for processing the at least one transport block, wherein each of the two or more assignable uplink data processing resources is configured to process a different code block of code blocks associated with the at least one transport data block.
A non-transitory computer readable medium comprising computer executable instructions that when executed by a processor perform steps comprising:
- at an LTE multi-UE simulator:
- receiving at least one transport data block containing uplink data to be transmitted to a device under test, wherein the at least one transport data block includes multiple transport data blocks associated with user devices simulated by the LTE multi-UE simulator;
- and
- dynamically assigning, for a transmission time interval and using processing information associated with the at least one transport data block, two or more assignable uplink data processing resources from a plurality of dynamically assignable uplink data processing resources for processing the at least one transport block, wherein each of the two or more assignable uplink data processing resources is configured to process a different code block of code blocks associated with the at least one transport data block.
Dependencies are inferred from the claim text.