Compared to existing systems, our solution offers better end-user privacy and requires a much simpler communication protocol.
In this article, the performance of this new system is compared to existing systems, and the models of these systems are simply described as follows.
Compared to existing systems, our system has the advantages of a large FOV, low power consumption, economy, stable observation, and on-line and autonomous functionality.
Along with the proposed compact feature set, the developed system enable discrimination of medium term speaker states with a lower complexity compared to existing systems.
Computer numerical simulation results show that the proposed system could achieve a significant improvement compared to existing systems such as the conventional system without multiplying to the periodic code, the system with an additive dithering and a first order sigma delta modulator.
In summary, Sherlock offers two distinctive features compared to existing systems: (1) it provides a generic framework for generating quizzes of multiple domains with minimum human effort and (2) it introduces a mechanism for controlling the difficulty level of the generated quizzes based on a novel hybrid semantic similarity measure TF-IDF (LD).
Compared to existing magnet systems, the new system is not restricted to point sources and can accommodate source diameters up to about 30 mm.
This new VRCE system is compared to existing commercial systems.
Compared to existing QML systems, the advantages of our system is as follows: Compared to QML systems using deterministic search algorithms, such as backtracking and branch-and-bound search, the proposed algorithm is more scalable to large search spaces.
Recent studies have shown that energy-efficient smart LED lighting systems provide a better visual comfort-working environment at a reduced energy consumption compared to existing lighting systems.
These new reactors have key operational differences compared to existing nuclear systems and require new materials and new design criteria for in-vessel components.
