Sentence examples for operations iii from inspiring English sources

Here, we first identify six critical aspects of planning in mining regions: i) the temporal nature of mining operations; ii) spatial dimensions of mining operations; iii) irreversible changes that create post-mining landscapes; iv) social dimensions of mining impacts and corporate responsibility; v) cumulative dimensions of impacts; and vi) a need to integrate methods from a range of disciplines.

In order not to lose such advantage during terminal operations, it will be necessary to enable (i) fast access, (ii) fast railway operations, (iii) short transhipment times.

Workers are asked to estimate what percentages of their time they spend on (i) manual material handling, (ii) assembly operations, (iii) paper work, (iv) fork-lift truck riding, and (v) resting/waiting.

Motivations seem to be limited to the 'business case for CSR', and include typically: (i) keeping competitive advantage in obtaining territorial concessions; (ii) maintaining a stable and peaceful working environment during critical industrial operations; (iii) improving public relations, often in response to anti-oil protests [ 32]; and (iv) improving employees' morale.

to reduce the ZrCo hydride temperature during storage operation, (iii) thermal shielding performance for reduction of outer vessel surface temperature.

Materials and methods: Sixty-five male Wistar rats in three groups: I (n=25) controls, II (n=20) sham operation, III (n=20) occlusion of the hepatoduodenal ligament (Pm).

Specifically, research outcomes in three topics will be summarized: (i) Analysis of network security games; (ii) Design of incentive mechanisms for efficient operation; (iii) Algorithms for learning, diagnostics, and control.

The study of this paper will share the RHI/BRC initiatives in the investigation of health infrastructure's (i) robustness through building codes and structure, architecture, planning and zoning; (ii) redundancy through planning and operations; and (iii) rapidity through communication, movement and risk assessment.

Then, we discuss the most important techniques used in Bus-OLAP: (i) data indexing, (ii) index operations, and (iii) parallel query computation.

Emissions come from (i) the extracted wood, (ii) logging damage, i.e. trees killed (purposely or incidentally) during logging operations and (iii) skid trails, logging roads and decks used for log yarding.

The evaluation of the MapReduce P2P prototyping system has exposed several issues: (i) distributing large datasets on peers can cause peer failures on high latency networks; (ii) different distributed problems require different mapper and reducer operations; and (iii) the prototyping implementation must be evaluated on large-scale networks.