Analysis Of Technological Development Research Articles

Analysis of Technological Development and Enhancement in Modern Film Noir

This paper explores the visual and technological evolution of film noir, particularly the transition from classic to modern film noir. Originally defined by French film critics, film noir is known for its distinctive low-key lighting and strong visual contrasts, emphasizing a mysterious and dramatic visual presentation. The article first compares low-key lighting in traditional and modern film noir, highlighting modern advancements in controlling lighting and shadows. It then examines color usage in both eras, noting modern noir’s use of low saturation and vivid colors for enhanced emotional impact. Lastly, it explores modern technology’s role in restoring classic film noir, emphasizing high-resolution scanning and digital processing for improved visual and auditory quality while preserving artistic style. These analyses underscore film noir’s adaptation to technological advancements in global cinema. Through these analyses, the paper reveals how film noir has adapted to technological advancements to maintain its significant place in global cinematic art. Nonetheless, it acknowledges limitations, primarily focusing on visual and technological aspects while neglecting potential socio-cultural, political, and economic influences on the genre. Future research could address these gaps by exploring interdisciplinary perspectives and incorporating quantitative methods to provide a more comprehensive understanding of film noir’s evolution.

Technology Development Analysis on Low Carbon for Power of Heavy-Duty Commercial Vehicle

Commercial vehicle industry worldwide is facing challenges from environmental pressures, stringent limits of CO2 emission, governmental regulations as well as ever-increased customer demands. This paper analyzes the above-mentioned challenges, especially in China, including the potential improvement to increase the brake thermal efficiency (BTE), with five levels of BTE proposed, ranging from current 45 to 60% in future, corresponding to China fuel consumption regulation (CFCR) in different phases. The authors also proposed the technology roadmaps to meet the upcoming CFCR3 and CFCR4; finally, the authors draw the conclusions to conform with ever-stringent regulation in China.

Digital economy, the development ways of cryptocurrency

The article is devoted to new directions of development of the digital economy. The analysis of technology development and cryptocurrency blokcheyn. Analyzed the problems and prospects of transition to digital economy technology.

Analysis of Technological Developments in the Treatment of Alzheimer’s Disease through Patent Documents

Population aging and the consequent change in the profile of the age pyramid are already a reality the world over. One undeniable effect of this aging process is the significant increase in the number of people with Alzheimer’s disease (AD), which is the most common form of dementia, accounting for around 50% - 60% of all cases. AD tends to affect people in their 60 s, becoming progressively more commonplace in older age groups. It is an incurable disease, and patients can live for many years taking medication on a daily basis. This study shows that research into AD is on the rise around the world because the pharmaceutical industry and research institutions are seeking new types of drugs to treat and even cure Alzheimer’s patients. By analyzing patent documents, we map out the potential future treatments for this disease, indicating the leading countries and drugs companies that have invested most in a bid to accelerate progress towards new discoveries about the disease and the development of new drugs.

Quantitative analysis of technological development within renewable energy technologies

The technological development of renewable energy technologies is affected by several factors such as policy initiatives, market developments, and learning within the industry. A simplified expression describing this development, i.e. cost reduction as result of accumulated experience, is increasingly being incorporated in models to assess long-term development of renewable energy technologies. Most of these applications use learning rates to predict future costs and thereby the potential of renewable energy technologies. This article examines different models on the basis of data from photovoltaic and wind power, such as experience curves and multiple regression models with respect to applicability in historical descriptions, predictions, and policy recommendations.

Technological Choice and the Politics of Production

Whilst challenges to technological determinism have been mounted at a general level, there is still a dearth of concrete historical analysis of technological development in which this theme is fully explicit.1 This is where Noble's contribution lies. It is a study of the design, development and diffusion of aparticular technology, 'from the point of conception in the minds of inventors to the point of production on the shop floor' (xiv). Noble's task is a daunting one in that he attempts to encompass in this book the many different levels of social determination of the technology. Consequently, Part One of the book traces the broad economic, political and social climate of the Cold War period the building-up of the military-industrial complex, attacks on organized labour and the influence of this on the ideology and interests of