Ms. Zosipha Zainal Osman Profile

Zosipha Zainal Osman

at MIMOS Berhad

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Publications (2)

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Proceedings Article | 14 March 2013 Paper

Research on evaluation techniques for immersive multimedia

Aslinda Hashim, Fakaruddin Fahmi Romli, Zosipha Zainal Osman

Proceedings Volume 8768, 87686Y (2013) https://doi.org/10.1117/12.2008295

KEYWORDS: Multimedia, Virtual reality, Visualization, Taxonomy, Haptic technology, Telecommunications, Navigation systems, Human-machine interfaces, Head, Control systems

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Nowadays Immersive Multimedia covers most usage in tremendous ways, such as healthcare/surgery, military, architecture, art, entertainment, education, business, media, sport, rehabilitation/treatment and training areas. Moreover, the significant of Immersive Multimedia to directly meet the end-users, clients and customers needs for a diversity of feature and purpose is the assembly of multiple elements that drive effective Immersive Multimedia system design, so evaluation techniques is crucial for Immersive Multimedia environments. A brief general idea of virtual environment (VE) context and ‘realism’ concept that formulate the Immersive Multimedia environments is then provided. This is followed by a concise summary of the elements of VE assessment technique that is applied in Immersive Multimedia system design, which outlines the classification space for Immersive Multimedia environments evaluation techniques and gives an overview of the types of results reported. A particular focus is placed on the implications of the Immersive Multimedia environments evaluation techniques in relation to the elements of VE assessment technique, which is the primary purpose of producing this research. The paper will then conclude with an extensive overview of the recommendations emanating from the research.

Proceedings Article | 14 March 2013 Paper

Process improvement exploration: mapping multimedia production process to CMMI-DEV

ChienWin Lim, Noraida Kamaruddin, Nor Izyani Daud, Zosipha Zainal Osman

Proceedings Volume 8768, 87685O (2013) https://doi.org/10.1117/12.2012110

KEYWORDS: Surface plasmons, Multimedia, Seaborgium, Interfaces, Visualization, Image processing, Process engineering, Video, Neodymium, Analytical research

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Multimedia takes improvement of multiple computing technologies to incorporate data from a wide variety of resources, without involving users to know how and where the data is encoded and stored. By reason of Multimedia applications interact with users with numerous diverse techniques and incorporate into strong applications that greatly extend the range and strength of applications, the production process are often complicated and complex. Production of such applications requires both process- and product-based quality assurance. Apparently, there are no universally accepted technical production standards. Consequently, Multimedia applications have sometimes diminished the quality of the end product, increased costs, delayed completion and failure. The focus is on the mapping between the current practices of multimedia production process and one of universal process improvement framework, Capability Maturity Model Integration for Development (CMMI-DEV). It shows that how current practices of multimedia production process address the Engineering Process Areas of CMMI-DEV. For each of the relevant process areas, it then explores how current practices can contribute to achieve the specific goals of that process area. This is practical for organizations that have their plan-driven process based on the CMMI-DEV model and are planning to improve the current practices of multimedia production process or to assist organization to define an innovative multimedia production process cycle based on CMMI-DEV practices.

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