Pdf - Text of NPTEL IIT Video Lectures
... sequence x n is a bounded sequence, because x n lies between a and b, so that all the terms of the sequence have a lower bound say a, upper bound say b; it is a bounded sequence. And we know by Bolzano’s theorem, every bounded sequence has a convergence sequence. So, use the Bolzano-Weierstass theo ...
... sequence x n is a bounded sequence, because x n lies between a and b, so that all the terms of the sequence have a lower bound say a, upper bound say b; it is a bounded sequence. And we know by Bolzano’s theorem, every bounded sequence has a convergence sequence. So, use the Bolzano-Weierstass theo ...
A Probabilistic Analysis for the Range Assignment - IIT-CNR
... minimizing the maximum of node transmitting ranges while achieving connectedness. They also considered the stronger requirement of bi-connectivity. They present centralized topology control algorithms that provide the optimal solution for both versions of the problem. The range assignment returned b ...
... minimizing the maximum of node transmitting ranges while achieving connectedness. They also considered the stronger requirement of bi-connectivity. They present centralized topology control algorithms that provide the optimal solution for both versions of the problem. The range assignment returned b ...
Reliable Space Pursuing for Reliability-based Design Optimization with Black-box Performance Functions
... meets the reliability requirement. In other words, the optimization process is constrained by the boundaries of the reliable design space. Then, the RBDO problem becomes a simple deterministic optimization problem constrained by the boundaries of RDS. Ref. [11] dealt with inexpensive performance fun ...
... meets the reliability requirement. In other words, the optimization process is constrained by the boundaries of the reliable design space. Then, the RBDO problem becomes a simple deterministic optimization problem constrained by the boundaries of RDS. Ref. [11] dealt with inexpensive performance fun ...
