Examples of 'component carrier' in a sentence
Meaning of "component carrier"
Component carrier refers to a subsystem or module that performs a specific function within a larger system or device. It is a discrete unit that encapsulates a set of components or elements designed to work together and fulfill a particular task or capability. This phrase is commonly used in fields like electronics, telecommunications, and engineering
How to use "component carrier" in a sentence
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component carrier
An example of a scheduled component carrier is a resource.
Component carrier specific parameters.
Or a downlink primary component carrier in the set of carriers.
Timing advance design for enhanced component carrier.
The bandwidth of each component carrier can be independently determined.
Frequency location indexing for a wideband component carrier.
A component carrier is defined by the center frequency and a bandwidth.
Power control on a deactivated component carrier.
The bandwidth of each component carrier may be determined independently.
Each carrier may also be called a component carrier.
Component carrier activation and deactivation using resource assignments.
Each frequency block is transmitted using a component carrier.
The second component carrier may be operated as an extension carrier.
A retainer may also be secured on the component carrier.
A component carrier includes one or more physically contiguous subcarriers.
See also
Each such carrier can be referred to as a component carrier.
How to determine a primary component carrier will be described below.
Each carrier frequency is generally called a component carrier.
The multiple component carrier information may be component carrier indexes.
Furthermore power headroom is reported per component carrier.
The component carrier is defined with a center frequency and a bandwidth.
Second carrier frequency information of the second component carrier.
Component carrier types.
Each of a plurality of frequency bands is often referred to as a component carrier.
The component carrier is an electrically insulating material having conductive connections.
Each such carrier may be referred to as a component carrier or cells.
A primary component carrier is already determined among component carriers performing carrier aggregation.
This control information is generated for each downlink component carrier.
The updating of the primary component carrier can be performed several times.
Transmitting channel quality information for each indicated component carrier.
The method of determining a primary component carrier will be described later in detail.
The first is to have an uplink feedback channel for each component carrier.
Similar assumptions for the component carrier structure apply to later releases too.
The tree structure may be maintained as much as possible on the component carrier.
A component carrier may correspond to the system bandwidth of a legacy system in the specification.
The format size may optionally depend on the component carrier bandwidth.
The uplink component carriers may be aggregated to form an uplink component carrier group.
However this approach can not be used in a straightforward fashion to deactivate a component carrier.
The first one is to have one uplink component carrier for all feedback channels.
The component carrier signals are inspected to determine estimates of timing offsets between the carriers.
The scheduling control information maps the certain physical channels to scheduled component carrier.
A control unit selects a first component carrier signal having data scheduled to the receiver.
Various methods for activating and deactivating the additional component carrier are also described.
The updating of the secondary component carrier can be implemented by using the reconfiguring flow.
The method comprising receiving a signal on a selected uplink component carrier from a user equipment.
The downlink component carriers may also be aggregated to form a downlink component carrier group.
A control channel and reference signals of a first type are provided using the first component carrier.
The functional component carrier can thereby be fused with the wall of the later tank.
The two control channels have the same format corresponding to the same component carrier.
A component carrier of high frequency has a larger channel change than a component carrier of low frequency.
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