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Data used to produce figures 5-7 in the paper Multi-Gate In-plane Actuated NEMS Relays for Effective  Complementary Logic Gate Designs as well as tables 1 and 2.  Figure 5 shows input and output data collected from a 3-input NAND gate comprised of a novel multi-gate (multi-input relay).  Figures 6 and 7 present data from COMSOL simulations indended to outline a procedere for optimizing these relays and allow for scaling of the device parameters.  Table 1 compares our designs with those of other works, in terms of number of relays and critical path.  Table 2 compares the parameters

Reactive project scheduling is an important branch of project scheduling under uncertainty. This paper proposes a resource-constrained multi-project reactive scheduling problem (RCMPRSP) with new project arrival to minimize the adjustment cost of the baseline schedule while achieving the deterministic multi-project scheduling goal. Although the RCMPRSP aims to minimize the adjustment cost, it adds a constraint to ensure that the reactive schedule is one of the schedules with shortest possible make-span after new project arrival.

We propose a practical method to construct sparse integer-constrained cone singularities with low distortion constraints for conformal parameterizations. Our solution for this combinatorial problem is a two-stage procedure that first enhances sparsity for generating an initialization and then optimizes to reduce the number of cones and the parameterization distortion. Central to the first stage is a progressive process to determine the combinatorial variables, i.e., numbers, locations, and angles of cones.