• No results found

Use of simulation to investigate resourcing priorities and bed use in generic models of elective and emergency clinical pathways

N/A
N/A
Protected

Academic year: 2020

Share "Use of simulation to investigate resourcing priorities and bed use in generic models of elective and emergency clinical pathways"

Copied!
22
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Fig. 3. The impact of changing the number of available beds on (A) patient throughput, (B) average length of stay, (C) average number of occupied beds, and (D) percentage bed occupancy
Fig. 4. The intra-hospital waiting times with different prioritisation rules (in a 40 bed model)
Figure 6. Average length of stay (A) and average bed occupancy (B) in a 50 bed model where patient entry into the system is permitted by either the doctor (the limiting resource) or the nurse (a non-limiting recourse)

References

Related documents

In an organization this approach provides quality improvement of all employees, undertaking the responsibility of quality control and improvement efforts, contributing to

In discussing studies using annual tree growth- rings it is necessary to distinguish between those studies that use strict dendrochronological techniques such as crossdating, and

The incidental reuse is not a standard option for creation of reuse software. This is only planned at the time of cost balance situation. Moreover it is not improved or updated.

Experiments were designed with different ecological conditions like prey density, volume of water, container shape, presence of vegetation, predator density and time of

Although actual services provided to callers vary from caller to caller, the service is proactive (repeated calls with a trained counselor with a set protocol of one month

On Tenerife, a spectral camera with an objective grating is mounted under an angle of 14 ◦ such that the first-order spectrum of meteors recorded by the zero-order camera is

Controlling the size of nanoparticles was achieved by changing the rate of gold reduction via variation of initial gold ions concentration, molar ratio of gold ions to HPMo,