… a distributed system, first we must understand what are the fundamental building blocks of
such system. In [1]… For example, in Conic, the structure of the system is described by the Conic …

… Abstract—This paper discusses how to accomplish pointaddition, a basic operation in conic
curves cryptosystem over finite field GF(2n), using DNA tile self-assembly. The assembly …

… and more pervasive, the complexity of the distributed systems that run our world continues to
… the behaviour of any Turing machine T M cone that receives in each event ϵ the collection …

… delays focused mainly on the system gain [HEAH15], [EAHEH17]. We will apply the conic-sector
based approach and characterize the system more tightly using general conic bounds. …

… The mathematical approach is based on a mixed integer conic programming (MICP) model.
… and take the advantages of a stochastic conic optimal power flow model, an efficient hybrid …

… In Part I, we present the necessary theoretical grounding in conic optimization, including
basic optimality and duality theory, connections of Slater’s condition to the distance to …

… fundamental point-operations to construct encryption protocols in some cryptosystem … and
conic curves. This paper proposes a DNA computing model to calculate pointdoubling in conic …

… conic curves cryptography. This paper proposes a tile assembly model to compute point-multiplication
in conic … point-multiplication in conic curves cryptosystem using tile self-assembly. …

… conic optimization when applied to power systems. The main focus is on how linear programming,
second-order cone … nonconvex methods for solving conic optimization. Challenges for …

… There, we used tools from conic optimization to develop necessary and sufficient conditions
for the inexistence of spurious local solutions in the non-convex matrix sensing formulation. …