Godstime Aigiomawu - Academia.edu (original) (raw)

Godstime Aigiomawu

I am a graduate of Physics from Delta State University,Abraka. I graduated in 2012. My Seminar and project work where carried out in the field of Geophysics. My area of research will focus on Theoretical and Astronomical Physics.

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Research paper thumbnail of BASIC APPROACH TO AUTONOMIC COMPUTING

The idea behind autonomic computing is to help solve software complexity crises which are the maj... more The idea behind autonomic computing is to help solve software complexity crises which are the major impediment to advancement in the IT sector. Autonomic computing is a distributed computing resource that has self-managing capabilities [18]. The autonomic nervous system served as the inspiration for the self-management concept in autonomic computing and was first introduced in 2001 by IBM. The Autonomic computing system continuously checks and optimizes its status by adapting to changes and also makes use of high-level policies provided by humans to make adaptive decisions [20].

Research paper thumbnail of GROUNDWATER EXPLORATION IN UTURU B1 USING VERTICAL ELECTRICAL SOUNDING (VES) METHOD

Geophysical investigation was carried out in Uturu B1, Nigeria to determine the groundwater poten... more Geophysical investigation was carried out in Uturu B1, Nigeria to determine the groundwater potential of the area. The method employed in this study was the vertical electrical sounding (VES) using the Schlumberger configuration. The data obtained where interpreted by computer iteration process and results when compared with lithologic log from existing borehole, which indicate five to six-layer formation. The first aquifer identified was located along the fourth layer with resistivity ranging from 8.5 to 26.3Ωm and a thickness ranging between 6.6m and 22.3m, the second aquifer identified was located along the fifth layer with resistivity range of 229.4 Ωm to 908.4 Ωm and a thickness range of 17.7m to 54.9m.

Research paper thumbnail of SEISMIC REFLECTION METHOD: A TOOL FOR MINERAL EXPLORATION

This work explains seismic method as used in geophysical prospecting. It highlights the theory of... more This work explains seismic method as used in geophysical prospecting. It highlights the theory of seismic method and seismic waves propagation. The use of seismic method is explained in mineral exploration; classification of minerals, physical and chemical properties of minerals are also highlighted in this study.

Research paper thumbnail of BASIC APPROACH TO AUTONOMIC COMPUTING

The idea behind autonomic computing is to help solve software complexity crises which are the maj... more The idea behind autonomic computing is to help solve software complexity crises which are the major impediment to advancement in the IT sector. Autonomic computing is a distributed computing resource that has self-managing capabilities [18]. The autonomic nervous system served as the inspiration for the self-management concept in autonomic computing and was first introduced in 2001 by IBM. The Autonomic computing system continuously checks and optimizes its status by adapting to changes and also makes use of high-level policies provided by humans to make adaptive decisions [20].

Research paper thumbnail of GROUNDWATER EXPLORATION IN UTURU B1 USING VERTICAL ELECTRICAL SOUNDING (VES) METHOD

Geophysical investigation was carried out in Uturu B1, Nigeria to determine the groundwater poten... more Geophysical investigation was carried out in Uturu B1, Nigeria to determine the groundwater potential of the area. The method employed in this study was the vertical electrical sounding (VES) using the Schlumberger configuration. The data obtained where interpreted by computer iteration process and results when compared with lithologic log from existing borehole, which indicate five to six-layer formation. The first aquifer identified was located along the fourth layer with resistivity ranging from 8.5 to 26.3Ωm and a thickness ranging between 6.6m and 22.3m, the second aquifer identified was located along the fifth layer with resistivity range of 229.4 Ωm to 908.4 Ωm and a thickness range of 17.7m to 54.9m.

Research paper thumbnail of SEISMIC REFLECTION METHOD: A TOOL FOR MINERAL EXPLORATION

This work explains seismic method as used in geophysical prospecting. It highlights the theory of... more This work explains seismic method as used in geophysical prospecting. It highlights the theory of seismic method and seismic waves propagation. The use of seismic method is explained in mineral exploration; classification of minerals, physical and chemical properties of minerals are also highlighted in this study.

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