Advances in Intelligent Information Technology: Re-Branding or Progress towards Conscious Machines?

2004 ◽  
Vol 19 (1) ◽  
pp. 21-27 ◽  
Author(s):  
Igor Aleksander

Is artificial intelligence (AI) just something that is done in laboratories disconnected from the development of the pragmatic computing, which constitutes current information technology or does it contribute to progress in computing and information technology? It has even been suggested that advances in AI are merely a re-branding exercise for promises that are rarely kept. This paper is a personal view of the forces that have driven the development of AI in the past and what might be a serious paradigm shift in the future. The latter points to what appears to be the most abstruse corner of the subject: the modelling of the human brain and the possibility of designing systems with the brain's ability to create conscious thought. There have been accusations that AI is always ahead on promise and behind on delivery. This is an inaccurate view. In broad terms, the argument presented here suggests that as AI developed, progress was achieved by overcoming unforeseen difficulties in the pursuit of very ambitious targets, not just a re-branding of promises. This process not only advanced AI but also fed into the mainstream of computing that underpins the information technology of the present time. While the outcome of the paradigm shift towards conscious machines, which is examined at the end of this paper is still unclear, it is possible to speculate how information technology might be affected in the future.

2021 ◽  
Vol 8 (4) ◽  
pp. 1
Author(s):  
Saman Tauqir

Since the birth of science, the most fascinating structure of the human body is the human brain.  Over the past centuries’ researchers have been developing the latest technologies to imitate and explore how the human brain functions. However, to develop a machine that thinks like a human brain is still a dream for researchers. Aristotle’s early efforts to devise logical thinking via his syllogisms (a three-part deductive reasoning) were a source of inspiration for modern computers and technologies1. In the1950, Alan Turing designed a machine to decode encrypted messages, which was a breakthrough of super computers in the days of yore. He designed the “Turing Test” which was coined to assess whether a computer could exhibit intelligence better known as “artificial intelligence” (AI) today2. AI is “a field of science and engineering concerned with the computational understanding of what is commonly called intelligent behavior, and with the creation of artifacts that exhibit such behaviour”3. Since 1980, AI has come a long way, virtual reality is being used in dental education these days to create real life situations and promote clinical work on simulators to eliminate risk factors associated with training on live patients. Recently artificial intelligence has been integrated with tutoring systems like “Unified Medical Language System” (UMLS), which have resulted in a better quality of feedback, which the preclinical virtual patients provide to the students4,5. This interactive phase helps students to evaluate their clinical skills and compare their skills with the standard ones, thus creating an ideal and high-quality training environment. Studies have been carried out regarding the efficacy of AI systems, which have stipulated that preclinical students build higher competencies than with the use of traditional simulator units6-8. Currently AI inbuilt virtual dental assistants are present in the market. They can execute various chair side tasks with greater accuracy and less manpower ensuring minimum error during the procedures. In the world of implantology and maxillofacial surgery AI helps plan and prepare surgeries with smallest details forgoing actual surgery. Some exceptional uses of AI include robotic surgeries in the field of maxillofacial surgery and bioprinting (where tissues and organs can be reconstructed in thin layers)9. The field of AI has flourished to great extent in the past decade; AI systems are an aid to the field of dentistry and dental education.  This narrative attempts to explain possible AI-based applications in the future, it can be used for dental diagnosis, planning out treatments, conducting image analysis, and record keeping. AI-based technologies streamline and reduce laborious workforce to routine tasks, it ensures dental procedures are possible at a lower cost and ultimately makes predictive, preventive, and participatory dentistry possible. The use of AI in dental procedures needs to be guaranteed; its application with human oversight and evidence-based dentistry shall be expected. Dental education needs to be introduced to clinical AI solutions by promoting digital literacy in the future dental liveware.


Author(s):  
Mahesh K. Joshi ◽  
J.R. Klein

The world of work has been impacted by technology. Work is different than it was in the past due to digital innovation. Labor market opportunities are becoming polarized between high-end and low-end skilled jobs. Migration and its effects on employment have become a sensitive political issue. From Buffalo to Beijing public debates are raging about the future of work. Developments like artificial intelligence and machine intelligence are contributing to productivity, efficiency, safety, and convenience but are also having an impact on jobs, skills, wages, and the nature of work. The “undiscovered country” of the workplace today is the combination of the changing landscape of work itself and the availability of ill-fitting tools, platforms, and knowledge to train for the requirements, skills, and structure of this new age.


2017 ◽  
Vol 12 (1) ◽  
pp. 39-57
Author(s):  
Jamie McKeown

This article reports the findings from a study of discursive representations of the future role of technology in the work of the US National Intelligence Council (NIC). Specifically, it investigates the interplay of ‘techno-optimism’ (a form of ideological bias) and propositional certainty in the NIC’s ‘Future Global Trends Reports’. In doing so, it answers the following questions: To what extent was techno-optimism present in the discourse? What level of propositional certainty was expressed in the discourse? How did the discourse deal with the inherent uncertainty of the future? Overall, the discourse was pronouncedly techno-optimist in its stance towards the future role of technology: high-technological solutions were portrayed as solving a host of problems, despite the readily available presence of low-technology or no-technology solutions. In all, 75.1% of the representations were presented as future categorical certainties, meaning the future was predominantly presented as a known and closed inevitability. The discourse dealt with the inherent uncertainty of the subject matter, that is, the future, by projecting the past and present into the future. This was particularly the case in relation to the idea of technological military dominance as a guarantee of global peace, and the role of technology as an inevitable force free from societal censorship.


Author(s):  
Will Kynes

This chapter introduces the volume by arguing that the study of biblical wisdom is in the midst of a potential paradigm shift, as interpreters are beginning to reconsider the relationship between the concept of wisdom in the Bible and the category Wisdom Literature. This offers an opportunity to explore how the two have been related in the past, in the history of Jewish and Christian interpretation, how they are connected in the present, as three competing primary approaches to Wisdom study have developed, and how they could be treated in the future, as new possibilities for understanding wisdom with insight from before and beyond the development of the Wisdom Literature category are emerging.


Robotics ◽  
2018 ◽  
Vol 7 (3) ◽  
pp. 44 ◽  
Author(s):  
Rebekah Rousi

With a backdrop of action and science fiction movie horrors of the dystopian relationship between humans and robots, surprisingly to date-with the exception of ethical discussions-the relationship aspect of humans and sex robots has seemed relatively unproblematic. The attraction to sex robots perhaps is the promise of unproblematic affectionate and sexual interactions, without the need to consider the other’s (the robot’s) emotions and indeed preference of sexual partners. Yet, with rapid advancements in information technology and robotics, particularly in relation to artificial intelligence and indeed, artificial emotions, there almost seems the likelihood, that sometime in the future, robots too, may love others in return. Who those others are-whether human or robot-is to be speculated. As with the laws of emotion, and particularly that of the cognitive-emotional theory on Appraisal, a reality in which robots experience their own emotions, may not be as rosy as would be expected.


KronoScope ◽  
2013 ◽  
Vol 13 (2) ◽  
pp. 228-239
Author(s):  
Rémy Lestienne

Abstract J.T. Fraser used to emphasize the uniqueness of the human brain in its capacity for apprehending the various dimensions of “nootemporality” (Fraser 1982 and 1987). Indeed, our brain allows us to sense the flow of time, to measure delays, to remember past events or to predict future outcomes. In these achievements, the human brain reveals itself far superior to its animal counterpart. Women and men are the only beings, I believe, who are able to think about what they will do the next day. This is because such a thought implies three intellectual abilities that are proper to mankind: the capacity to take their own thoughts as objects of their thinking, the ability of mental time travels—to the past thanks to their episodic memory or to the future—and the possibility to project very far into the future, as a consequence of their enlarged and complexified forebrain. But there are severe limits to our timing abilities of which we are often unaware. Our sensibility to the passing time, like other of our intellectual abilities, is often competing with other brain functions, because they use at least in part the same neural networks. This is particularly the case regarding attention. The deeper the level of attention required, the looser is our perception of the flow of time. When we pay attention to something, when we fix our attention, then our inner sense of the flux of time freezes. This limitation should not sound too unfamiliar to the reader of J.T. Fraser who wrote in his book Time, Conflict, and Human Values (1999) about “time as a nested hierarchy of unresolvable conflicts.”


2018 ◽  
Vol 9 (2) ◽  
pp. 257-274
Author(s):  
Ririen Kusumawati

The computer technology has incredibly increased. Computer software and hardware compete to meet the customer's needs. The research intends to spread the knowledge of information technology, specifically, on the artificial intelligence. The concept of artificial intelligence is adopting and imitating human form, character, and habit which to be implemented on the computer. Using natural approach, the research aims to investigate whether artificial intelligence (AI) will produce the duplication of God's creation. Another important reason of other reseaches on AI is to create a computer which is smart and able to understand human brain working system. Hence, AI has been designed into more practical with faster CPU, cheaper mass memory, and sophisticated software tool. The concept of integrating AI science or collaborative art among sub-fields of technology will stimulate and lead to further AI researches, and it will be an interesting topic for AI researchers for developing AI technology in the future.


1974 ◽  
Vol 8 ◽  
pp. 5-7

During the past forty years the dominant preoccupation of scholars writing on Livy has been the relationship between the historian and the emperor Augustus, and its effects on the Ab Urbe Condita. Tacitus’ testimony that the two were on friendly terms, and Suetonius’ revelation that Livy found time to encourage the historical studies of the future emperor Claudius, appeared to have ominous overtones to scholars writing against the political backcloth of Nazi Germany and Fascist Italy. Though the subject had not been wholly ignored previously, the success of the German cultural propaganda-machine stimulated a spate of approving or critical treatments. While some were hailing Livy as the historian whose work signalled and glorified the new order, others following a similar interpretation were markedly scathing.


2018 ◽  
pp. 261-264
Author(s):  
Ingmar Weber

Changes in the global digital landscape over the past decade or so have transformed many aspects of society, including how people communicate, socialize, and organize. These transformations have also reconfigured how companies conduct their businesses and altered how states think about security and interact with their citizens. Glancing into the future, there is good reason to believe that nascent technologies such as augmented reality will continue to change how people connect, blurring the lines between our online and offline worlds. Recent breakthroughs in the field of artificial intelligence will also have a profound impact on many aspects of our lives, ranging from the mundane—chat bots as convenient, always available customer support—to the disruptive—replacing medical doctors with automated diagnosis tools....


Author(s):  
Paweł Wójs ◽  

Karl Jaspers’s concept of the Axial Age (German: Achsenzeit), or the unprece- dented age of the highest rise of the human spirit, shows the kinship of people belonging to such different civilizations as Greek, Jewish, Hindu and Chinese. The Axial Age is not only the subject of research for many scholars dealing with the past, but also a possible foundation for the future realization of the peaceful unity of people of the whole Earth. The article focuses on the figure of Jesus, considered by Jaspers as one of the four paradigmatic individuals (German: die maßgebenden Menschen), i.e. people with the greatest influence in the spiritual history of humanity. Therefore, the presence or absence of Jesus in the Axial Age will bring serious consequences. The article presents Jaspers’s arguments for recognizing the period between the 8th and 2nd century BC as the Axial Age, and the possibility of expanding it.


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