Investigation of energy consumptions in high performance and balanced mode selections in computers
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
In this master's thesis study, a total of 16,560 devices were used in 12 different model computers in a corporate company. The amount of power consumed by the computers while working in high performance mode and balanced mode in the power management setting section was measured with the help of a wattmeter and the power consumption differences between these two power modes were measured daily, The power consumed and the cost to the company on a monthly and annual basis were calculated. In addition to the devices, performance tests were carried out and the devices were compared with each other. The devices were added to the collections on a model basis with the help of a query using SCCM, Microsoft's user management application, and it has been shown that all devices in the added collections will be collectively set to the desired mode. Thus, by selecting the appropriate mode, energy savings were achieved and it was observed that it would also contribute to the company economically.
Author
Abdullah Fatih Özen
Institution
How to Cite
Abdullah Fatih Özen (Master Thesis). Investigation of energy consumptions in high performance and balanced mode selections in computers, 2024, İnönü University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from İnönü University
- Regional threats and opportunities to turkey's national economic security(2022)
- Researching the effect of avenanthramide C on breast cancer(2022)
- The aim of the present study is to examine the etiological origins of cryptogenic cirrhosis in patients who were followed up with the disease(2020)
- Investigation of parents' digital parenting awerness(2020)
- Nutritional monitoring of nutrition in children with cancer(2018)
- Water purification in religions conception of baptism in Christianity(2019)