《Order-a Journal on the Theory of Ordered Sets & Its Applications》FELSNER S., KANT R., PANDU RANGAN C., WAGNER D.: On the Complexity of Partial Order Properties. Order 17 (2000) 179-193.Felsner, S., Kant, R.,
C.442. Complexity in experimental design 11. comparing second- order designsDesign complexityA and D efficiencysubset efficincysmall second-order designsdoi:10.1080/00949659608811766Jensen, D. R.Ramirez, D. E.Gordon and Breach Science PublishersJournal of Statistical Computation & Simulation...
The complexity of the human situation and the injustice of the social order demand far more fundamental changes in the basic structure of society itself than some politicians are willing to admit in their speeches.Q: What is necessary to correct the problems of society? A. Basic changes in ...
Recent advances in the science of complex systems aim for a better understanding of the higher-order connectivity as a possible basis for their emerging properties and complex functions. Beyond the framework of pairwise interactions, these connections described by simplexes of different sizes (triangles...
et al. Local structure and short-range order in a NiCoCr solid solution alloy. Phys. Rev. Lett. 118, 205501 (2017). Article ADS CAS Google Scholar Oh, H. S. et al. Engineering atomic-level complexity in high-entropy and complex concentrated alloys. Nat. Commun. 10, 2090 (2019). ...
In contrast to unlike pairs, αAA(k) still rep- resents ordering associated with an A-concentration wave with vector k . These values are also simpler to determine experimentally.6 Despite greater compositional complexity, the ordering of many recently studied CCAs appears to primarily ...
Interestingly, the separation offromworks on false QBFs, while the separation offromuses true QBFs. The latter is the first dedicated QBF proof-complexity lower bound on true formulas.Footnote5In fact, we provide a general method how to transform hardness of false QBFs into hardness of true ...
The implementation is short and concise without giving up on linear time worst case time complexity. It is incremental and concurrent by nature of CHR. It is provably correct and confluent. It is independent of the underlying constraint system. In [40], also completeness of constraint propagation...
On the other hand, TPOD requires the computation of the reduced tensor Ŵ in the offline stage, but the explicit computation of Vn⊗Vn is inefficient because of the order O(n2N2) of the computational complexity. In order to avoid from this computational burden, Vn⊗Vn is computed in...
CMRO, here temporarily defined as 1–5 nm in size, is the next-level order structure beyond CSRO. The biggest difference between CMRO from CSRO is the defining crystal structure of periodicity. Instead, CSRO of <1 nm is only a reflection of the preferred occupation of component ...