Sentence examples for container I from inspiring English sources

We associate a per unit of time delay cost d i, j of task j allocation on container i.

We consider a binary variable t (i,j) to indicate if a task j is allocated to a container i or not: {t}_{left i,jright)}=left{begin{array}{c}1kern4.50em mathrm{if} mathrm{task} j mathrm{is} mathrm{allocated} mathrm{to} mathrm{container} i 0kern14.00em mathrm{otherwise}end{array}right.

We present details about considered costs in the following: We denote by C_cap i the computational capacity of container i at time t: C_{mathrm{cap}}_i=left(begin{array}{l}C_{mathrm{cap}}_i^{mathrm{CPU}} C_{mathrm{cap}}_i^{mathrm{RAM}} C_{mathrm{cap}}_i^{mathrm{Net}}end{array}right).

C_ut j, i is the average resource utilization of task j on container i: C_{mathrm{ut}}_{j,i}=left(begin{array}{l}C_{mathrm{ut}}_{j,i}^{mathrm{CPU}} C_{mathrm{ut}}_{j,i}^{mathrm{RAM}} C_{mathrm{ut}}_{j,i}^{mathrm{Net}}end{array}right).

The overload cost ov_ cos t i metric of a container i is defined as follows: mathrm{ov}_cos {mathrm{t}}_i=left{begin{array}{l}{left({mu}_i-1right)}^{lambda}kern1em mathrm{if}kern0.5em operatorname{Max} left({mu}_i^{mathrm{CPU}},{mu}_i^{mathrm{RAM}},{mu}_i^{mathrm{Net}}right)>1 0kern3.5emathrm{otherwise}end{array}rightht.

Enhancement is achieved by tilting the outer surface of the storage container, i.e. the surface of the outer shell with a tilting angle of 5°.

Create an ad hoc network between stacked containers, i.e., inter-container communication.

For Parker (2001), space should be represented with nested containers (i.e., scapes).

In sterile drug product manufacturing, scratched and broken glass containers (i.e., vials) cause product losses, glass particles, equipment contamination and additional cleaning efforts.

In this section, we will discuss if it is possible to: Set up a wireless link between containers and a cellular network, i.e., extra-container communication Create an ad hoc network between stacked containers, i.e., inter-container communication Communicate from outside to inside the container and vice-versa, i.e., intra-container communication.

A single-vial freeze dryer coupled with optical coherence tomography freeze-drying microscopy (OCT FDM) was developed to investigate the structure and Tc of formulations in pharmaceutically relevant products containers (i.e., freeze-drying in vials).