Semi-automatic analysis of algorithm complexity (Case study: Square-root computation)

Author(s):  
Madalina Erascu
Author(s):  
Christoph Riedl ◽  
Norman May ◽  
Jan Finzen ◽  
Stephan Stathel ◽  
Viktor Kaufman ◽  
...  

Exchanging and analyzing ideas across different software tools and repositories is needed to implement the concepts of open innovation and holistic innovation management. However, a precise and formal definition for the concept of an idea is hard to obtain. In this paper, the authors introduce an ontology to represent ideas. This ontology provides a common language to foster interoperability between tools and to support the idea life cycle. Through the use of an ontology, additional benefits like semantic reasoning and automatic analysis become available. Our proposed ontology captures both a core idea concept that covers the ‘heart of the idea’ and further concepts to support collaborative idea development, including rating, discussing, tagging, and grouping ideas. This modular approach allows the idea ontology to be complemented by additional concepts like customized evaluation methods. The authors present a case study that demonstrates how the ontology can be used to achieve interoperability between innovation tools and to answer questions relevant for innovation managers that demonstrate the advantages of semantic reasoning.


Author(s):  
Christoph Riedl ◽  
Norman May ◽  
Jan Finzen ◽  
Stephan Stathel ◽  
Viktor Kaufman ◽  
...  

Exchanging and analyzing ideas across different software tools and repositories is needed to implement the concepts of open innovation and holistic innovation management. However, a precise and formal definition for the concept of an idea is hard to obtain. In this paper, the authors introduce an ontology to represent ideas. This ontology provides a common language to foster interoperability between tools and to support the idea life cycle. Through the use of an ontology, additional benefits like semantic reasoning and automatic analysis become available. Our proposed ontology captures both a core idea concept that covers the ‘heart of the idea’ and further concepts to support collaborative idea development, including rating, discussing, tagging, and grouping ideas. This modular approach allows the idea ontology to be complemented by additional concepts like customized evaluation methods. The authors present a case study that demonstrates how the ontology can be used to achieve interoperability between innovation tools and to answer questions relevant for innovation managers that demonstrate the advantages of semantic reasoning.


Corpora ◽  
2021 ◽  
Vol 16 (1) ◽  
pp. 129-155
Author(s):  
Jet Hoek ◽  
Ted J.M. Sanders ◽  
Wilbert P.M.S. Spooren

With the increasing availability of large corpora, quantitative corpus analysis is becoming more and more popular as a method for conducting linguistic research. This paper uses a new research tool (cesar) that makes it possible to search syntactically annotated corpora without extensive programming knowledge to study the subjectivity patterns of four Dutch causal connectives. Analysing a large set of causal relations marked by four of the most frequent Dutch causal connectives ( daarom, dus, omdat and want), this case study aims to corroborate the subjectivity hypothesis established on the basis of smaller-scale studies that used manual annotation. The automatic analysis of the subjectivity patterns of Dutch causal connectives illustrates the usability of cesar in particular and the feasibility of automatic coherence analysis in general. In addition, it generates new insights into the subjectivity patterns of daarom, dus, omdat and want.


2018 ◽  
Vol 21 (4) ◽  
Author(s):  
Jasmina Smailović ◽  
Martin Žnidaršič ◽  
Aljoša Valentinčič ◽  
Igor Lončarski ◽  
Marko Pahor ◽  
...  

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