Spatial differentiation in the social impact of technology: the case of the Irish Republic

1991 ◽  
Vol 20 (1) ◽  
pp. 84-85
Author(s):  
Ian Miles
2021 ◽  
Vol 21 (2) ◽  
pp. 207-217
Author(s):  
М. V. Yadrovskaya ◽  
М. V. Porksheyan ◽  
А. А. Sinelnikov

Introduction. Internet of Things (IoT) is one of the promising innovative technologies. Every year more and more people are involved in the use of smart things. At the same time, a relatively small number of papers are devoted to the study of the social value of technology and the experience of human interaction with this technology. It is important to study the features and prospects of the technology, to analyze the attitude and willingness of people to use it. Materials and Methods. We have conducted an Internet survey, in which special attention is paid to the place of IoT in the life of modern people, their attitude to the concept of devices. The obtained data is processed and systematized. Results. The analysis of the survey results allowed us to draw conclusions regarding the attitude and willingness of young people to apply this technology. In the course of the study, the IoT concept was defined, the conditions required for the existence and functioning of the technology were described, the advantages of IoT technology were generalized, information technologies interacting with this technology were specified, the tasks that require solutions for the successful and effective implementation of IoT into Russian reality were listed. Discussion and Conclusions. The Internet of Things is a technology that, with a consistent and systematic solution to a number of problems, can become a significant factor in the development of both individual spheres of life and activity, and the country as a whole. At the same time, it is important to study and consider the social impact of technology dissemination. This will increase trust in the IoT and eliminate negative impacts. The survey shows that young people tend to use smart things more widely. It is necessary to expand the range of smart things, to more confidently introduce the basics of practical application of IoT technology into educational programs, to discuss issues, ways to solve the tasks and pilot projects related to this technology widely in the media. This will enable to train not only people who are practically interested in IoT, but also qualified personnel who are able to solve problems in a new way. 


2018 ◽  
Vol 35 (4) ◽  
pp. 954-963 ◽  
Author(s):  
Manuel Au-Yong-Oliveira ◽  
Ramiro Gonçalves ◽  
José Martins ◽  
Frederico Branco

2016 ◽  
Author(s):  
Mark Lemley

The confluence of two significant developments in modern patent practiceleads me to write a paper with such a provocative title. The firstdevelopment is the rise of hold-up as a primary component of patentlitigation and patent licensing. The second development in the last threedecades is the massive surge in university patenting. At the confluence ofthese developments is a growing frustration on the part of industry withthe role of universities as patent owners. Time and again, when I talk topeople in a variety of industries, their view is that universities are thenew patent trolls.In this paper, I argue that Universities should take a broader view oftheir role in technology transfer. University technology transfer ought tohave as its goal maximizing the social impact of technology, not merelymaximizing the university's licensing revenue. Sometimes those goals willcoincide with the university's short-term financial interests. Sometimesuniversities will maximize the impact of an invention on society bygranting exclusive licenses for substantial revenue to a company that willtake the invention and commercialize it. Sometimes, but not always. Atother times a non-exclusive license, particularly on a basic enablingtechnology, will ultimately maximize the invention's impact on society byallowing a large number of people to commercialize in different areas, totry out different things and see if they work, and the like. Universitypolicies might be made more nuanced than simply a choice between exclusiveand nonexclusive licenses. For example, they might grant field-specificexclusivity, or exclusivity only for a limited term, or exclusivity onlyfor commercial sales while exempting research, and they might conditioncontinued exclusivity on achievement of certain dissemination goals.Finally, particularly in the software context, there are many circumstancesin which the social impact of technology transfer is maximized either bythe university not patenting at all or by granting licenses to thosepatents on a royalty-free basis to all comers.Finally, I think we can learn something about the raging debate over who'sa patent troll and what to do about trolls by looking at universitypatents. Universities are non-practicing entities. They share somecharacteristics with trolls, at least if the term is broadly defined, butthey are not trolls. Asking what distinguishes universities from trolls canactually help us figure out what concerns us about trolls. What we ought todo is abandon the search for a group of individual companies to define astrolls. In my view, troll is as troll does. Universities will sometimes bebad actors. Nonmanufacturing patent owners will sometimes be bad actors.Manufacturing patent owners will sometimes be bad actors. Instead ofsingling out bad actors, we should focus on the bad acts and the laws thatmake them possible.


Author(s):  
Harold Salzman ◽  
Stephen R. Rosenthal

Artists leave behind their names on their work and, with their face and story, provide some insight into the design of their creations. Not so with workplace technology. The design of technology often appears as received wisdom. A band of technicians descends upon an office or a factory floor leaving behind artifacts bearing the labels of companies whose names are familiar but whose identities are really anonymous. In some abstract way we all know that inanimate objects are manufactured, the product of human design. Yet, as we handle and look at these artifacts we use everyday, we seldom know the whys and wherefores of their design. We may judge the technology as easy or difficult to use, helpful or unhelpful in accomplishing the task at hand, and regard it as good or bad. But the calculus that went into the design decisions almost always remains a mystery. If we inquire of the designers of a piece of technology, by which we mean those who engineered and made decisions about its features and functionality (decisions beyond its aesthetic appearance, which is a common connotation of design but too limited for our purposes), we are likely to be mesmerized by formulae, calculations, reports of the latest discoveries of science and state-of-the-art engineering. In short, we may be informed that “economy and efficiency” (with perhaps a bit of aesthetics thrown in) are the watchwords of engineering. Engineering is portrayed as an objective enterprise limited only by knowledge and creativity. Many would argue that, provided a task that is well defined and a mission to accomplish, the engineer can proceed to create the optimal technology. To the social scientist these explanations generally form an impenetrable wall that precludes further inquiry. Although the social impact of technology has been widely studied, technology itself is usually treated as a “black box.” Research instead tends to focus on what to do with the black box, how to implement it, not how to create it. Thus social scientists have contributed little (and are seen as offering little) to the task of technology design, except in such realms as human factors for the user interface, a contribution viewed as rather peripheral to the “real” task of engineering.


Author(s):  
Deb Gearhart

Are we developing a (global) society where our youth think it is ok to copy and paste whatever they see on the Internet and turn it in for homework; where writing an English paper would include BTW, IMHO, LOL among other emoticons; where downloading a song or movie that they can pirate from the Web is perfectly ok? We would certainly hope not. However, theses concerns are just the tip of what is happening in our society. When looking at the social impact of technology in on our society it becomes clear the importance of instilling ethical behaviors and practices in the members of our society. Where is the best place to instill these ethical behaviors? This author contends it is within our education system but is our education system prepared to deal with the ethical issues being raised by our use of technology known as technoethics? Currently our education system is not. This chapter defines technoethics for education and provides suggestions for technoethics in our education system.


Author(s):  
Luppicini Rocci

Are we developing a (global) society where our youth think it is ok to copy and paste whatever they see on the Internet and turn it in for homework; where writing an English paper would include BTW, IMHO, LOL among other emoticons; where downloading a song or movie that they can pirate from the Web is perfectly ok? We would certainly hope not. However, these concerns are just the tip of what is happening in our society. When looking at the social impact of technology in on our society it becomes clear the importance of instilling ethical behaviors and practices in the members of our society. Where is the best place to instill these ethical behaviors? --Gearhart, 2008, p.263.


Sign in / Sign up

Export Citation Format

Share Document