The changing competitive landscape of the smartphone industry

Thesis (S.M.)--Massachusetts Institute of Technology, Sloan School of Management, 2012.Page 3 inserted twice. Cataloged from PDF version of thesis..Includes bibliographical references.Since the first truly portable phone was released in 1983, mobile phone usage has increased at unprecedented rates around the world. Despite this general industry growth, the smartphone subsector has achieved significantly lower levels of global penetration. As a result, there is a large scope for growth and a significant opportunity for players in the sector to seize in the future. The most widely used and supported smartphone operating systems today are iOS, Android, Windows Phone, Blackberry OS, and Bada. The thesis analysed each of these operating systems and examined ways in which their providers could adapt their current strategies to be better positioned to benefit from this upcoming market expansion. In conclusion, potential future scenarios resulting from changing market dynamics were investigated and compared.by Olumide Ogunsanwo.S.M

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355: KlarAqua IPRO 355 Poster Sp06

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355: KlarAqua IPRO 355 Midterm Report Sp06

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355: KlarAqua IPRO 355 Abstract Sp06

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355: KlarAqua IPRO 355 Project Plan Sp06

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US (semester?), IPRO 355: KlarAqua IPRO 355 Brochure Sp06

The main objective of the IPRO is to provide direct health services to low-income socieites, specifically Mexico, by the design of a water purification filter. The IPRO will design a clay based filter and a business plan with the aim of introduction into these societies. The filter should be simple to use, affordable, simple to setup, easy to maintain and should be adaptable to a variety of every day househould activities such as drinking, bathing and washing.Deliverables for IPRO 355: Low-Cost Water Purification System Design & analysis for Applications in Mexico and the US for the Spring 2006 semeste

Design Project for Production of IFN-alpha (semester?), IPRO 345

The IPRO goal was to design a process for the production of the biotherapeutic compound IFN-Alpha from Chinese Hamster ovaries. After the process design was complete, a process flow diagram showing the actual process and separation steps was created and finally an economic analysis of the market feasibility of the product was prepared. The approach to the IPRO involved dividing the objectives into three major groups: (1) the Che 496 group was involved in the process design and the separation processes; (2) the Che 296 group was involved in the public perception of biotechnology, the useful products from biotechnology and the survey of the commercial biotherapeutic compounds; and (3) the 435 group was involved with the history of biotherapeutics, classification and actions infernos and the companies involved in the production of therapeutics. The individual members of these groups are seen on the team list below.Deliverables for IPRO 345: Design Project for Production of IFN-alpha for the Spring 2006 semeste

Design Project for Production of IFN-alpha (semester?), IPRO 345: IFN-alpha Production IPRO 345 Poster Sp06

The IPRO goal was to design a process for the production of the biotherapeutic compound IFN-Alpha from Chinese Hamster ovaries. After the process design was complete, a process flow diagram showing the actual process and separation steps was created and finally an economic analysis of the market feasibility of the product was prepared. The approach to the IPRO involved dividing the objectives into three major groups: (1) the Che 496 group was involved in the process design and the separation processes; (2) the Che 296 group was involved in the public perception of biotechnology, the useful products from biotechnology and the survey of the commercial biotherapeutic compounds; and (3) the 435 group was involved with the history of biotherapeutics, classification and actions infernos and the companies involved in the production of therapeutics. The individual members of these groups are seen on the team list below.Deliverables for IPRO 345: Design Project for Production of IFN-alpha for the Spring 2006 semeste

Design Project for Production of IFN-alpha (semester?), IPRO 345: IFN-alpha Production IPRO 345 Abstract Sp06

The IPRO goal was to design a process for the production of the biotherapeutic compound IFN-Alpha from Chinese Hamster ovaries. After the process design was complete, a process flow diagram showing the actual process and separation steps was created and finally an economic analysis of the market feasibility of the product was prepared. The approach to the IPRO involved dividing the objectives into three major groups: (1) the Che 496 group was involved in the process design and the separation processes; (2) the Che 296 group was involved in the public perception of biotechnology, the useful products from biotechnology and the survey of the commercial biotherapeutic compounds; and (3) the 435 group was involved with the history of biotherapeutics, classification and actions infernos and the companies involved in the production of therapeutics. The individual members of these groups are seen on the team list below.Deliverables for IPRO 345: Design Project for Production of IFN-alpha for the Spring 2006 semeste