Integrating natural language processing and software engineering

International Journal of Software Engineering and Its Applications
Vol. 9, No. 11 (2015), pp. 127-136
http://dx.doi.org/10.14257/ijseia.2015.9.11.12
ISSN: 1738-9984 IJSEIA
Copyright ⓒ 2015 SERSC
Integrating Natural Language Processing and Software
Engineering
Prasanth Yalla1
and Nakul Sharma2
1
Professor, K.L. University, Guntur, India
2
Research Scholar, K.L. University, Guntur, India,
1
prasanthyalla@gmail.com, 2
nakul777@gmail.com
Abstract
This paper tries to put various ways in which Natural Language Processing (NLP) and
Software Engineering (SE) can be seen as inter-disciplinary research areas. We survey
the current literature, with the aim of assessing use of Software Engineering and Natural
Language Processing tools in the researches undertaken. An assessment of how various
phases of SDLC can employ NLP techniques is presented. The paper also provides the
justification of the use of text for automating or combining both these areas. A short
research direction while undertaking multidisciplinary research is also provided.
Keywords: Natural Language Processing (NLP), Natural Language Understanding
(NLU), Software Engineering (SE), Computational linguistics, Software Development Life
Cycle (SDLC)
1. Introduction
Software Engineering and Natural Language Processing are related to each other in
that both are branches of computer science and engineering. SE is a disciplined approach
for construction of a software [1].NLP is the processing done by computer(s) on natural
languages [2]. The paper addresses how both these discipline can be combined and hence
increase the chances of universal programmability [11].
Software Engineering consists of tools, methods, processes, techniques for developing
software [29]. NLP has as its sub branches various fields which can be utilized in the
realm of Software Engineering. It is our conviction by using tools and techniques of one
research area in the context of another, better software that will be developed.
There is a lot of research work been carried out in respect of Software Engineering and
Natural Language Processing? In our work we are trying to solve the following research
question:-
Question- 1.What are the means of combining Natural Language Processing (NLP) and
Software Engineering (Software Engineering)?
Question - 2. How can SE and NLP be seen in context of each other?
The paper is divided into following sections as follows. Section 1 gives the brief
introduction, section 2 gives the literature review, section 3 provides the analysis of the
existing literature, section 4 shows how NLP can be used in Software Engineering context
by making use of textual information, section 5 gives the use of SE in NLP software,
section 6 gives justification for the use of NL text for automation, section 7 gives the
advantages interdisciplinary research section 8 concludes with future scope and direction.

Vol. 9, No. 11 (2015)
128 Copyright ⓒ 2015 SERSC
2. Literature Review
Using textual specification, domain model is generated directly. By using NLP tools
such as OpenNLP and CoreNLP this work is accomplished. The overall technique
involves linguistic analysis and statistical classifiers. Natural Language Text is
understood by humans with little effort. The importance of textual processing on natural
language text is discussed by Viliam [3].
Farid discusses the use of UML's class diagram in generation of natural language text.
The paper describes various NL based systems to strengthen the view point of generating
NL specification from class diagrams. The paper shows use of WordNet to clarify the
structure of UML string names and generating the semantically sound sentences [5].
Reynaldo uses controlled NL text of requirements to generate class models. The paper
describes some initial results arising out of parsing the text for ambiguity. The paper
introduces a research plan of the author to integrate requirement validation with RAVEN
project [6].
Deva Kumar, et al., created an automated tool (UMGAR) to generate UML's analysis
and design models from natural language text. They have used Stanford parser, Word Net
2.1 and Java RAP to accomplish this task [7].
Sascha, et al., proposed a round trip engineering process by creating SPIDER tool. The
paper addressed the concerns about errors at requirement level being propagated to design
and coding stages. The behavioral properties shown from the NL text are utilized to give
developer a UML model [8].
Priya More, et al., have developed a from NL text UML Diagrams. They have
developed a tool called RAPID for analyzing the requirement specifications. The software
used for completing the task is OpenNLP, RAPID Stemming algorithm, WordNet [9].
Waralak, et al., discusses the role of ontology in object oriented software engineering.
The author gives the introductory definition of ontology and object modeling. The paper
then discusses the development tools and various standards in which ontology can be
applied [10].
Walter, et al., suggest the prospect of every human to undertake programming by
making universal programmability. The authors predict that by combining NLP, AI and
SE, it will be possible to achieve universal programming. The authors are currently
developing nlrpBENCH as a benchmark for NLP requirements [11].
Harry M Sneed has undertaken the task of developing test cases from natural language
requirements. The NL text is parsed for getting the useful information such as Part-Of-
Speech (POS). Using this information, test cases are generated [12].
Fabian Friedrich, et al., generate a process model by using natural language text. The
natural text is scanned for various POS. The paper claims to make 77% of BPMN models
accurately by scanning the document for necessary information [13].
By using textual business information, UML diagrams are generated by Imran et al., A
new methodology for extracting relevant information natural language has been proposed
and implemented. The analysis includes information about the amount of objects,
attributes, sequence and labeling present with respect to class, activity and sequence
diagrams [14].
BrainTool, a tool developed by Riga Technical University, has been utilized in
developing UML diagrams from Natural Language Text. A manually generated UML
diagrams are compared with the UML diagrams generated from the BrainTool and two-
hemisphere technique [15].
Automatic generation of SVBR to UML’s class diagram is conducted with the input
specification being put in SVBR format. The main issues in getting UML diagrams from
SVBR are presented. Evaluation of NL tools is done using precision and recall [16].

Vol. 9, No. 11 (2015)
Copyright ⓒ 2015 SERSC 129
A speech language interface has been developed by using rule based framework. A
natural language based automated tool has been used for getting the information objects
and their associated attributes and methods [17].
Pro-case diagram from the behavioral specification are developed by Mencl V. The
textual use cases are converted to Pro-cases based on behavioral protocols. Various case
studies have been used to check the result of converting textual use cases to Pro-cases
[18].
How natural language input can be processed by a robot is shown by mapping. The
paper describes language is mapped onto the structures for robot to understand [19].
Generating automated scenario and state machine diagrams is shown. By using Object
Modeling Notation, scenario and state machine diagrams automation tools are developed
[20].
The role of use case diagrams outside the realm of software development is also
discussed by Matthias et al., The author suggests role of use case in avionics system and
system engineering. The pits falls of use cases and the solutions are also presented [21].
Arnis, et al., present a meta-model driven approach towards UML’s system as well as
simulation. Authors develop the system model by identifying the artifacts from the
problem domain and thereby generating Use Case and Activity diagram [22].
Imran S. Bajwa, et al., discusses an approach generating SVBR rules from Natural
Language Specification. The paper shows the importance automation in generation SVBR
indicating that business analyst with load of documents. They have developed an
algorithm for detecting the semantics of English language [23].
Imran S. Bajwa, et al., highlights the cases in which Stanford POS tagger does not
identify the particular syntactic ambiguities in English specifications of software
constraints. A novel approach to overcome these syntactic ambiguities is provided and
better results are presented [24].
Imran S. Bajwa, et al., presents a new model for extracting necessary information
from the natural language text. The authors generate Use Case, Activity, Class and
Sequence diagram from the natural language text. The designed system also allows
generation of system from Natural Language Text [25].
Imran S. Bajwa, et al., propose a SVBR approach to generate a unambiguous
representation in English language. The input text is extracted for the relevant information
of SVBR. A tool named NL2SVBRviaSBVR is made to accomplish this task [26].
Imran S. Bajwa, et al., propose an interactive tool to draw Use-Case diagrams. The
authors have utilized LESSA approach for getting useful information from the Natural
Language Text [27].
Mathias, et al., have developed a Requirement Feedback System (REFS) using various
NLP tools and techniques. REFS generate UML Models and also checks for the feedback
when the requirements are changed [34].
Jochen L. Leidner discusses various issues in Software Engineering for natural
language processing. A discussion of toolkit vs framework and system vs experiment is
also given [35].
Drigas, et al., have developed a system called Learning Management System (LMS)
for the Greek sign language. The system provides the Greek sign language video
corresponding to every text [36].
Gang, et al., have resolved several issues in regard to word semantic similarity on web.
The author make use of WordNet,’s synonym service to improve the accuracy of word
similarity calculator [7].
Yuri, et al., have developed an Internet portal for dissemination computational
linguistics knowledge and information resources. The information can be searched
according to the subject content or knowledge-based navigation through the portal content
[37].

Vol. 9, No. 11 (2015)
Köhler, et al., propose to integrate UML Diagrams for production control systems.
This again, increases the chances of interdisciplinary research [38].
Eladio, et al., propose to utilize state machine diagram in developing program code.
The authors have undertaken Systematic Literature Review to accomplish the task [39].
Rogério, et al., have developed a research road map consisting of design space,
software engineering processes, from centralized to decentralized control, and practical
run-time verification & validation for self-adaptive systems [40].
3. Discussion on Literature Review
There have been notable efforts in generating useful information from Natural Language
Text. The information hence generated is used for generation of UML diagrams [5-8, 11-
15, 19, 21, 22, 24-27]. In some cases, it has been also been used in generation of process
model [13]. Table 1 summarizes the some of the contributions made.
Table 1. Literature Analysis Summary
Paper Title SE Concept/ Tools NLP Tool/ Concept Concept In
[3] Domain Model Standford CoreNLP,Apache
OpenNLP with statistical
classifiers
SE
[5] XML Parser WordNet NLP and SE
[34] Eclipse Modelling
Toolkit’s (EMF)
EMFCompare
Autoannotator, Salmax NLP and SE
[6] Class Models and
Requirement
Engineering
- NLP and SE
[8] UML Model N L Text NLP and SE
The analysis of literature hence provides wider coverage to specific use of NLP and
SE. The SE has tools, methodologies, and processes etc. which are used in developing the
software [29]. NLP also has variety of tools and techniques and its sub branches which
can help in developing a more efficient and robust software [2].
The literature review also indicates the scope of combining both the fields is at a lower
amount of abstraction which can be increased. Hence in our current work we bring about
the necessary information at a higher level of abstraction.
4. NLP in SE
4.1. NLP in Software Development Life Cycle
Software Development Life Cycle (SDLC) consists of set phases which provide
guidelines to develop softwares. NLP can be applied to every phase within Software
Development Life Cycle [1]. It is specifically more useful when the artifacts of phase or
activity are plain text. Plain text can be provided as input to Natural Language Processing
tasks. Basically all the activities in which the humans interpret the document there is
scope of textual generation [33]. In this section, we try to outline the artifacts in SDLC
which fall in the category of plain text. Table 2 shows in analysis phase, which textual
documents are, generated [1].
Table 2. Analysis Phase Textual Artifacts
Document/ Artifact Author
Requirement Document System analyst

Vol. 9, No. 11 (2015)
Software Requirement
Specification
System analyst and
Business managers
Use Case Description System analyst
Acceptance Test Cases Tester
The requirement document is authored by the system analyst after understanding the
requirements given by stakeholders. Software Requirement Specification (SRS) is a
textual written agreement between signed between the company and the stakeholders. Use
cases describe the interaction of system to be developed with various actors [1]. Table 3
shows at design level, the textual documents which can be generated [1, 29].
Table 3. Design Phase Textual Artifacts
Document/ Artifact Author
Software Design Specification Designer
UML Diagrams Design Engineer
Design level Test cases Tester
4.2. NLP in Umbrella Activities
There are the following lists of activities which are performed across various phases in
SDLC [1]:-
 Software Project Tracking and control
 Risk management
 Technical Reviews
 Measurement
 Software configuration management
 Reusability management
 Work product preparation and production
The umbrella activities can also have textual artifacts. The artifacts which are read or
used by the developers or the business managers will be having textual format. The
measurement of cost requires numerical data which is also in numerical format [1]. The
exact specification of the any artifact depends upon the organization, team and personal
choice of the person executing a particular process [1].
5. SE in NLP
Software engineering although evolving has many standard processes, tools,
methodologies which can be utilized in development of NLP software’s. Software
development in NLP context can be under following headings:-
5.1. Open Source Development
This type development constitutes giving software for free which facilitates
collaborative development of software. In the context of NLP, open source development
frees the developer of software from any legal fringes arising from the proprietary
licensed software. The software’s many times developed for research purpose and not for
commercial development. The researcher’s main focus is hence only to get the prototype
ready while patenting the product is left for the industry [35].
5.2. Closed Source Development
Under this model of development, the developed software is given to the customer
after payment of a fee. The source code may be made available under certain conditions.

Vol. 9, No. 11 (2015)
5.3. Software’s Quality Attributes
Software quality strives to create a tangible product that provides an appreciable value
people and develop the software [1]. In NLP systems, the quality is one of the attributes
of concern.
There are following quality attributes which need to be assessed for which need to be
assessed in NLP software [1]:-
 Performance
 Feature
 Reliability
 Aesthetics
 Perception
6. Justifying the Use of Text
In their paper, Fabia, et al., developed a process model from natural language text [13].
The textual description is quite distinct from the semi-formal or completely formal
descriptions. There are following benefits of using any textual documents:-
 It is possible to directly automate the document and artifact.
 The textual information is intelligible to humans.
 Textual format is easy to make.
By having a textual format, it is possible to automate using NLP tools and techniques.
The textual artifact can also be converted into any other natural language by undertaking
machine translation of the original text. Textual format of the artifact allows a wider
audience which can interpret and understand the meaning and revelation behind the
subject matter under consideration.
7. Advantages of the Interdisciplinary Research
There are following advantages of undertaking multidisciplinary research:-
1. The different research areas can be combined to get a more holistic view of the
common research area. Here for instance, we are trying to see the interdisciplinary
research across two research areas, i.e., Software Engineering and Natural Language
Processing. By addressing the issues and concerns in both the areas, it is possible to
develop a more holistic approach towards Computer Science and Engineering.
2. By undertaking a joint research in both the fields, it will be possible to have greater
possibility of automation in the field of Computer Science and Engineering. This is
because of automation it is necessary to have textual information or any other type of
information which is intelligible to both the computer as well as humans.
3. By having joint research disciplines being developed, it is possible to achieve
universal programmability.

Vol. 9, No. 11 (2015)
Table 5. Our Work and Others Work
Parameter Contribution Others Work
Generality of work More Less
Abstraction level Higher (at subject level) Lower (at topic level)
Future Scope and direction More Less
Table 5 shows the comparison of the work done which is presented by the authors
work and the other similar work. We have tried to mention various parameters under
which the comparison can be made. Although standards exist to compare one authors
work to another, but still subjectively, we have tried to differentiate out work done with
that of the others.
8. Conclusion and Future Scope
In this paper, we tried to develop a vision of combining SE and NLP. The literature
review being undertaken is especially in respect of generating UML diagrams from
Natural Language Text. The future work entails studying each artifact of SE process
models in generating more useful information. The textual specification can be a key in
providing the requisite amount of information for carrying out automation. However care
needs to be taken to ensure that varying degree of interpretation does not affect the
performance of the system. Natural Language processing and Software engineering
although divergent, can still be combined with a view of developing a better software.
Acknowledgement
We would like express our thanks and gratitude towards the Head of Department
Computer Science and all the staff members of K.L. University who have been a source
of inspiration in doing this research work. The second author’s correspondence with
Barbara Kichenhem and Dr. Prof. Rajesh Bhatia helped in creating the vision for research
work. The second author also thanks to his ME guide, Dr. Prof. Prateek Bhatia for his
encouragement and support. Thanks are also due to my mother and father who have
helped in every step of life. It is difficult to pen-down the efforts they all have undertaken.
References
[1] R. S. Pressman, “Software Engineering: A practitioners Approach”, Tata McGraw Hill International, 5
Edition, (2006).
[2] P. Bhattacharyya, “Natural Language Processing: A Perspective from Computation in Presence of
Ambiguity, Resource Constraint and Multilinguality”, CSI Journal of Computing, vol. 1, no. 2, (2012).
[3] V. Simko, P. Kroha and P. Hnetynka, “Implemented domain model generation”, Technical Report,
Department of Distributed and Dependable Systems, Report No. D3S-TR-2013-03, (2012).
[4] T. Bures, P. Hnetynka, P. Kroha and V. Simko, “Requirement Specifications Using Natural Languages,
Charles University, Faculty of Mathematics and Physics”, Dept. of Distributed and Dependable Systems,
Technical Report No-D3S-TR-2012-05, (2012) December.
[5] F. Meziane, N. Athanasakis and S. Ananiadou, “Generating Natural Language Specifications from UML
Class diagrams”, Requirement Engineering Journal, Springer-Verlag, London, vol. 13, no. 1, (2013), pp.
1-18.
[6] R. Giganto, “Generating Class Models through Controlled Requirements”, New Zealand Computer
Science Research Conference (NZCSRSC), Christchurch, New Zealand, (2008).
[7] G. Lu, P. Huang, L. He, C. Cu and X. Li, “A New Semantic Similarity Measuring Method Based on
Web Search Engines”, WSEAS Transaction on Computer, ISSN: 1109-2750, vol. 9, Issue 1, (2010)
January.
[8] S. Konrad and B. H. C. Cheng, “Automated Analysis of Natural Language Properties for UML Models”,
[Online available], (2010).
[9] P. More and R. Phalnikar, “Generating UML Diagrams from Natural Language Specifications”,
International Journal of Applied Information Systems, Foundation of Computer Science, vol. 1, no. 8,
(2012).

Vol. 9, No. 11 (2015)
[10] Dr. W. V. Siricharoen, “Ontologies and Object models on Object Oriented Software Engineering”,
IAENG International Journal of Computer Science, IJCS, vol. 33, (2007).
[11] W. F. Tichy, M. Landhabuer and S. J. Korner, “Universal Programmability- How AI Can Help”, In Proc.
2nd International Conference NFS sponsored workshop on Realizing Artificial Intelligence Synergies in
Software Engineering, (2013).
[12] H. M. Sneed, “Testing against natural language requirements”, Seventh International conference on
Quality Software, IEEE, (2007).
[13] F. Friedrich, J. Mendling and F. Puhlmann, “Process Model Generation from Natural Language Text”,
In Advanced Information Systems Engineering, Eds. Lecture Notes in Computer Science. Springer
Berlin Heidelberg, Berlin, Heidelberg, (2013), pp. 482-496.
[14] I. S. Bajwa and M. A. Choudhary, “Natural Language Processing based auto-mated system for UML
diagrams generation”, 18th National Computer Conference 2006 NCC, Pakistan, (2006), pp. 1-6.
[15] O. Nikiforvora, O. Gorbiks, K. Gusarovs, D. Ahilcenoka, A. Ba-Jovs, L. Konzacenko, N. Skindere and
D. Ungurs, “Development of BRAINTOOL for generation of UML diagrams from the two-hemisphere
model based on the Two-Hemisphere Model transformation itself”, In. Proc. International Conference
on Applied Information and Communication Technologies (AICT2013), (2013) April 25-26, Jelgava,
Latvia.
[16] H. Afreen, I. S. Bajwa and B. Bordbar, “SBVR2UML: A Challenging Tran-formation”, In. Proc. of
IEEE’s, 2011 Frontiers of Information Technology, ISBN-978-0-7695-4625-4, (2011), pp. 33-38.
[17] I. S. Bajwa, M. A. Naeem, Riaz-Ul-Amin, Dr. M. A. Choudhary, “Speech Language Processing
Interface for Object-Oriented Application Design using a Rule-Based Framework”, In. Proc.
Proceedings of 4th International Conference on Computer Applications, Rangoon, Myanmar, (2006)
February 23-24.
[18] V. Mencl, “Deriving Behaviour Specifications from Textual Use Cases, In. Proc. of Workshop on
Intelligent Technologies for Software Engineering (WITSE04, part of ASE, Linz, Austria,
Oesterreichische Computer Gesellschaft, ISBN 3-85403-180-7, (2004) September 21, pp. 331-341.
[19] T. Kollar, “Toward Understanding Natural Language Directions”, In. Proceeding of the 5th ACM/IEEE
International Conference on Human-robot Interaction - HRI ’10, Osaka, Japan, (2010).
[20] K. Koskimies, T. Systa, J. Tuomi and M. Tatu, “Automated Support for Modeling OO Software”, IEEE
Software, (1996).
[21] M. Hause, “Finding Roles for Use-Cases”, In. Proc. IEEE Information Professional, (2005) June/July,
pp. 34-38.
[22] A. Kleins, Y. Merkuryev, A. Telians and M. Filonik, “A Meta-Model Based approach to UML
Modelling and Simulation”, In. Proc. 7th WSEAS International Conference on System Science and
Simulation in Engineering (ICOSSSE’08), (2008), pp. 272-277.
[23] I. S. Bajwa, M. G. Lee and B. Bordbar, “SVBR Business Rules Generation from Natural Language
Specification”, In. Proc. Artificial Intelligence for Business Agility-Papers from AAAI 2011 Spring
Symposium (SS-11-03), (2011), pp. 2-8.
[24] I. S. Bajwa, M. Lee and B. Bordbar, “Resolving Syntactic Ambiguities in Natural Language
Specification of Constraints”, In. Proc. CICLing 2012, Lecture Notes in Computer Science (LNCS),
Springer-Verlag, Heidelberg, Germany, vol. 7181, (2012) pp. 178-187.
[25] I. S. Bajwa, M. I. Siddique and M. A. Choudhary, “Rule Based Production Systems for Automatic Code
Generation in Java”, In. Proc. International Conference on Digital Information Management-ICDIM,
Banglore, India, (2006).
[26] I. S. Bajwa, M. A. Naeem, A. A. Chaudhri and S. Ali, “A Controlled Natural Language Interface to
Class Models”, In. Proc. 13th International Conference on Enterprise Information Systems, DOI:
10.5220/0003509801020110, Science and Technology Publications, SciTePress, (2012), pp. 102-110.
[27] I. S. Bajwa and I. Hyder, “UCD-Generator A LESSA Application for Use Case Design”, In. Proc. IEEE-
International Conference on Information and Emerging Technologies, IEEE-ICIET, Karachi-Pakistan,
(2007).
[28] I. Sommerville, “Software Engineering”, Pearson Education, Sixth Indian Edition, ISBN 81-7808-497-X,
vol. 6, (2004), pp. 122.
[29] P. Jalote, “An Integrated Approach to Software Engineering”, 2nd edition, Narosa Publications, India,
ISBN- 81-731-271-5, (2008).
[30] G. Booch, J. Rambaugh and I. Jacobson, “The Unified Modelling Language User Guide”, First Edition,
Addison Wesley Longman, Inc., ISBN 0-201-57168-4, (2007).
[31] “Shell files (sh), Linux file system’s extension”, GNU Licenses.
[32] R. S. Pressman, “Software Engineering: A practitioners Approach”, Tata McGraw Hill International, 7th
Edition, (2010).
[33] Dr. P. Yalla and N. Sharma, “Combining Natural Language Processing and Software Engineering”, In
Proc. International Conference in Recent Trends in Engineering Sciences (ICRTES), Elsevier
Conference Proceedings CPS, (2014) March 14-15.
[34] M. Landhuber, S. J. Korner and W. F. Tichy, “From Requirements to UML Models and Back. How
Automatic Processing of Text Can Support Requirement Engineering”, In. Proc. Springer’s, Quality
Journal, vol. 22, Issue 1, (2013) March, pp. 121-149.

Vol. 9, No. 11 (2015)
[35] J. L. Leidner, “Current Issues in Software Engineering for Natural Language Processing”, In. Proc. Of
Workshop on Software Engineering and Architecture of Language Technology Systems (SEALTS),
Joint conference for Human Language Technology and the Annual Meeting of the Association of
Computation Linguistics (ACL), (2003), pp. 45-50.
[36] A. S. Drigas and D. Kouremenos, “An e-Learning Management System”, In. Proc. Of WSEAS
Transactions on Advances in Engineering Education, Issue 1, vol. 2, (2005), pp. 20-24.
[37] Y. Zagorulko, O. Borovikova and G. Zagorulko, “Knowledge Portal on Computational Linguistics:
Content-Based Multilingual Access to Linguistic Information Resources”, WSEAS, Selected Topics in
Applied Computer Science, (2010), pp. 255-262, ISBN -978-960-474-231-8.
[38] H. J. Köhler, U. Nickel, J. Niere and A. Zündorf, “Integrating UML diagrams for production control
systems”, In Proc of the 22nd international conference on Software engineering (ICSE), (2002), pp. 241-
251.
[39] E. Domınguez, B. Pérez, Á . L. Rubiob and M. A. Zapata, “A systematic review of code generation
proposals from state machine specifications”, In Proc Information and Software Technology, vol. 54,
Issue 10, (2012), pp. 1045–1066.
[40] R. De Lemos, H. Giese, H. A. Müller, M. Shaw, J. Andersson, M. Litoiu, B. Schmerl, G. Tamura, N. M.
Villegas, T. Vogel, D. Weyns, L. Baresi, B. Becker, N. Bencomo, Y. Brun, B. Cukic, R. Desmarais, S.
Dustdar, G. Engels, K. Geihs, K. M. Göschka, A. Gorla, V. Grassi, P. Inverardi, G. Karsai, J. Kramer, A.
Lopes, J. Magee, S. Malek, S. Mankovskii, R. Mirandola, J. Mylopoulos, O. Nierstrasz, M. Pezzè, C.
Prehofer, W. Schäfer, R. Schlichting, D. B. Smith, J. P. Sousa, L. Tahvildari, K. Wong, J. Wuttke,
“Software engineering for self-adaptive systems”, A second research roadmap, Springer Berlin
Heidelberg Books, Lecture Notes in Computer Science, pp. 1-32.
Authors
Nakul Sharma, is a PhD Research Scholar in Computer Science
and Engineering Department K.L. University. He is pursuing his PhD
in the area of Software Engineering. He has completed his M.E. from
Thapar University and B. Tech from Bharati Vidyapeeth College of
Engineering, Pune. His research interests include Software
Engineering and Its Applications.
Prasanth Yalla, received his B. Tech Degree from Acharya
Nagarjuna University, Guntur (Dist), India in 2001, M.Tech
degree in Computer Science and Engineering from Acharya
Nagarjuna University in 2004, and received his Ph.D. degree in
CSE titled “A Generic Framework to identify and execute
functional test cases for services based on Web Service
Description Language” from Acharya Nagarjuna University,
Guntur (Dist), India in April 2013. He was an associate professor,
with Department of Information Science and Technology in KL
University, from 2004 to 2010. Later he worked as Associate
professor, with the department of Freshman Engineering from
2011 in KL University. Presently he is working as Professor in
the department of Computer Science & Engineering in KL
University. Till now he has published 9 papers in various
international journals and 4 papers in conferences. His research
interests include Software Engineering, Web services and SOA.
He taught several subjects like Multimedia technologies,
Distributed Systems, Advanced Software Engineering, Object
Oriented Analysis and design, C programming, Object-Oriented
programming with C++, Operating Systems , Database
management systems, UML etc. He is the Life member of CSI
and received “Active Participation- Young Member” Award on
13-12-13 from CSI.

Vol. 9, No. 11 (2015)

Integrating natural language processing and software engineering

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