![]() The user can change the CPU and graphics card clock frequencies at any time, and then immediately launch a benchmark that can create an artificial load on the above components. ![]() The program reports the current, minimum and maximum values of the sensors that have been detected since it was started. Thus, the OCCT displays information about the load, frequency, temperature and voltage of the CPU/GPU, as well as some of the power elements in real time. Please note that attempts to overclock system components can lead to immediate and future damage! So we do not recommend using overlocking tools for those who do not have practical skills in this field. This is one of the best overlocking/benchmarking tools, which is also available free of charge. It allows not only to "accelerate" the CPU and GPU, but also to estimate the potential damage from the work of the "iron" on the selected frequencies. The behaviour of ventilation during exercise in heart failure (HF) and in chronic obstructive pulmonary disease (COPD) patients may differ, being characterized in the former by an out-of-proportion increase of ventilation (VE), which is greater the greater the HF severity and, in the latter, by a normal or excessive increase of ventilation in mild or moderate COPD and a blunted ventilation increase in severe COPD patients –.OCCT is a program designed to test the stability and overlock of system components. The elevated ventilatory response in HF patients seen before lactic acidosis ensues and the carbon dioxide (CO 2) generated by the lactate is trivial relative to the rate of metabolic CO 2 production (VCO 2). The relationship between VE and VCO 2 is used to evaluate ventilatory efficiency in HF, as well as in pulmonary arterial hypertension, an increase of the slope of the VE vs. ![]() ![]() VCO 2 relationship is associated with a poor prognosis –. In COPD, ventilatory limitation to exercise is defined either as a reduction of ventilatory reserve or as a lowering of inspiratory capacity. In case of severe COPD, the rise of ventilation during exercise is blunted, and consequently the slope of VE vs. ![]()
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