The phrase "a theoretical throughput of" is correct and usable in written English.
It can be used in contexts related to performance metrics, particularly in fields like networking, engineering, or data processing, where you discuss expected or calculated performance levels.
Example: "The system is designed to achieve a theoretical throughput of 1 Gbps under optimal conditions."
Alternatives: "an expected throughput of" or "a projected throughput of".
Assuming perfect channel knowledge and knowledge of the number of activated tags K, a reader with N R =1 receive antenna can resolve one collision and features a maximal theoretical throughput of T ps=0.841, while a reader with N R =4 receive antennas achieves a maximal theoretical throughput of T ps=4.479, for details, see [8].
For example, in 802.11 networks, the theoretical throughput of a multihop flow in a linear network is less than 1/4 of the single-hop case due to the "self-interference" effect, in which packets of the same flow but at different hops collide with each other [2, 3].
The theoretical throughput of a scalar pipeline is one instruction per clock cycle.
In this work, we have analysed the theoretical throughput of an FSA RFID system.
This work is focused on the analysis of the theoretical throughput of an FSA system and its associated constraints.
While the name Gigabit LTE itself denotes the maximum theoretical throughput of the modem, the reality is that speeds do vary greatly from network to network.
The theoretical throughput of FSA systems and its associated constraints are analysed in Section 3. In Section 4, we introduce a recovery procedure from a collision in which two tags use the same postpreamble and explain our two-step recovery approach.
This gives us a theoretical maximum throughput of 375 M results a second.
The device was evaluated by comparison with a conventional fluorescent activated cell sorter (FACS) and numerical simulation demonstrated that for 6 μm beads, and for this design of chip the theoretical throughput is of the order of 1000 particles/s (corresponding to a particle velocity of 10 mm s−1).
