The rest of the paper is organized as follows: In "Reliability in manufacturing systems", we introduce the reliability in the production system.
To better understand the usage of such systems, we introduce an interactive visualization system to explore the dynamics of public bike-sharing systems by profiling its historical dataset.
To circumvent performance-limiting trade-offs encountered in the control of linear motion systems, we introduce a method for designing performance-optimal piecewise affine variable-gain feedback controllers.
Due to the difficulty in acquiring CSI for both the transmitter and the receiver in mmWave MIMO systems, we introduce the codebook-based beam training criteria in absence of the channel knowledge.
To simulate time-constrained operations and scheduling for Network-on-Chip (NoC) systems, we introduce a new set of component specifications at flit level grounded in Action-Level Real-Time DEVS formalism.
To enable more transparent usage of hybrid systems, we introduce elastic computing, which is an optimization framework where application designers invoke specialized elastic functions that contain a knowledge-base of implementation alternatives and parallelization strategies.
As a result, q-difference systems on R −, determined by q-shift operators E q : = e h x ∂ x are not isomorphic to lattice systems on R. Motivated by this in-equivalence, in order to examine how soliton solutions of q-difference systems differ from soliton solutions of discrete systems, we introduce the following q-exponential identity.
In this paper, in order to overcome the limitations of existing systems, we introduce a novel HO scheme to enhance the QoS in an HSR communication environment by proposing the concept of torch nodes (TNs) and mobility-based adaptive measurement aggregation (AMA) to improve the existing HO mechanism.
To comprehend the hierarchical organization of large integrated systems, we introduce the hierarchical map equation, which reveals multilevel structures in networks.
In order to improve the capabilities of current Web-based health surveillance systems, we introduce the design for a novel scheme called spatiotemporal zoning.
