The concept of the system as a key to system-engineering in the information technology domain

Author(s):  
Gerhard Schweizer

Author(s):  
Vijender Kumar Solanki ◽  
Nguyen Ha Huy Cuong ◽  
Zonghyu (Joan) Lu

The machine learning is the emerging research domain, from which number of emerging trends are available, among them opinion mining is the one technology attraction through which the we could get analysis of the interested domain or we can say about the review from the customer towards any product or we can say any upcoming trending information. These two are the emerging words and we can say it's the buzz word in the information technology. As you will see that its widely use by the corporate sector to uplift the business next level. Before two decade you will not read any words e.g., Opinion mining or Sentiment analysis, but in the last two decade these words have given a new life to information technology domain as well as to the business. The important question which runs in the mind is why use sentiment analysis or opinion mining. The information technology has given number of new programming languages, new innovation and within that the data mining has given this trends to the users. The chapter is covering the three major concept's which comes under the machine learning e.g., Decision tree, Bayesian network and Support vector machine. The chapter is describing the basic inputs, and how it helps in supporting stakeholders by adopting these technologies.



Author(s):  
ulia Veronica COCU ◽  
◽  
Carmen OPRIȚ-MAFTEI ◽  

The domain of computer science is extremely versatile and dynamic, its complexity leading to the coinage of numerous new terms in a relatively short period of time. Their origin is, more often than not, empirical and these new terms have practical value. Moreover, they are customary and easy to remember, thus making the “science” behind the domain under scrutiny more appealing and easier to understand by non-specialists. The present paper aims at investigating the computer science terminology from a different perspective; it intends to devote special attention to the words which have acquired a new meaning, transgressing boundaries from general vocabulary to the active vocabulary of the non-specialist computer user. The novelty of this research lies in its focus on devising a new classification of these words which have their origin in the general English, thus helping non-specialist computer users to easily understand and use them. Consequently, the everyday English words assimilated by the information technology domain will be divided into six broad categories, i.e. standalone words, open compounds, closed or transparent compounds, compounds written as hyphenated words or that have a preposition or a conjunction as a linking element, words derived with the suffix –er, each of these encompassing a plethora of explained examples, which are very common in the aforementioned sphere



1993 ◽  
Vol 105 (4) ◽  
pp. 90-92
Author(s):  
Lowell J. Holloway ◽  
Richard Holden ◽  
Ray Ward


Author(s):  
Lawrence A. Tomei

This final chapter on the Taxonomy for the Technology Domain provides a discretionary inquiry into the research base of this newest classification system. Similar to the historical evolution of the taxonomies of Bloom (cognitive), Krathwohl (affective), Kibler (psychomotor), Bruce and Levin (technology as media) and SeSDL (communications and information technology), a watershed text such as this is obligated to demonstrate the scholarly basis upon which the new classification schemata is built.



Author(s):  
Inés Maria González Vidal ◽  
Evandro de Barros Costa ◽  
Leandro Dias da Silva ◽  
Fabrísia Ferreira de Araújo ◽  
Rafael Ferreira


Author(s):  
Manuel Mora ◽  
Rory O’Connor ◽  
Mahesh S. Raisinghani ◽  
Jorge Macías-Luévano ◽  
Ovsei Gelman

There is a rich amount of literature on services from Information Technology (IT) (Management view) and IT System Engineering (ITSE) (Engineering view) domains. However, such a variety has produced disparate views. Furthermore, given that IT and ITSE service-based systems must be linked to business services (the User view), conceptual interrelationships are increased, causing yet more diversity. This paper identifies that this generates a lack of theoretical conceptual cohesion and leads to multiple practical confusions. To address these issues and to reduce such conceptual gaps, an IT Service Engineering and Management Framework (ITS-EMF) is proposed. ITS-EMF is generated by careful review and examination of the main conceptualizations on IT, ITSE and business services. The paper claims that ITS-EMF is useful for: (1) mapping services concepts from disparate IT literature, (2) reducing service conceptual confusion from the multiple available sources, and (3) providing conceptual links between service constructs used in business services and IT and ITSE services layers. It concludes with the implications, both academic and practical, for engineering and managing IT services in business organizations.



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