Software Engineering

Command Control, Communication Computer and Intelligence (C4I) systems enables modern military forces to achieve information superiority in the battlefield. C4I are complex System of systems (SOS) where individual systems interact locally to achieve global SOS behaviors. To build software for C4I systems conventional software engineering SwE process and practices have shortcomings and are not capable to support certain aspect of these systems. If C4I systems fail to operate as required due to the fact that SwE process was unable to fulfill its requirements, the consequences may not be tolerated because of the criticality of the mission of these systems in information warfare (IW). This paper highlights the distinguished characteristics and operational requirements of C4I systems which poses challenges to SwE process and practices. This paper also discuss the possible future research areas in order to enhance SwE process so that better software could drive these complex systems as required.

This thesis aims at developing software-intensive systems
architecture for the Healthcare Industry to meet information
assurance, legislative security and privacy standards by proposing
an architecture and framework - “SARCHIA” using data mining
and statistical techniques. “SARCHIA” can help the software
industry guard against unauthorized access to Health Information.
SARCHIA will help companies to track compliance in the
healthcare industry by leveraging SARCHIA framework and
architecture. The framework will be evaluated through a case
study from the healthcare industry. SARCHIA will do the
auditing, impact analysis of Key Compliance Attributes (KCA) on
Key Quality Attributes (KQA), and will regulate financial and
health information, and identify related risks.

In the daily life of the software we think of mobile phone computer and so on devices that we use in different ways on our devices. For companies, the management of business processes such as the supply chain of human resources is the system of measurement of efficiency and profitability rates. The production of software, which is not in need of personal need, but increasing in importance in the institutional sense, has changed the dimension with the fourth industrial revolution. As a manifestation of this, the waterfall model and the latest methodology have been included in the software development processes of the first period and there are a variety of sub-disciplines and agile methods. In this study, both methods will be examined and a comparison will be made.

This paper presents a Business Process Maturity Model (BPMM) for measuring and improving business process competence. The BPMM comprises maturity levels that are associated with the scope of influence of process areas, the capability of monitoring and controlling processes and the influence on process improvement It is based on the principle that any business process essentially consists of activities belonging to four categories; Input, Mechanism, Control, and Output. While constructing our BPMM, we aligned it with the terms, maturity levels, and some elements of Key Process Areas (KPAs) of CMM/CMMI, IS12207, and IS15288. We incorporated the results of the existing researches on Process Maturity Model (PMM) and Process Management Maturity Model (PMMM) and conducted a survey on a group of companies that are actively pursuing Business Process Management (BPM).

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This dissertation describes the concepts, application and features of documents with the main goal to show the importance of the system documentation.
Beyond, it approaches the issues problems related to developing documents as well as the established pragmaticism concerning the need of documentation. The dissertation argues about the concept and relevant aspects of documentation passing through common issues, important aspects related to content, its connection to concepts and methodologies, respectively the Software Engineering and the Rational Unified Process and then finishes proposing a model with document types and a case study showing appropriate conclusions with regards to the dissertation’s goal.

Context: Development of software-intensive products and services increasingly occurs by continuously deploying product or service increments, such as new features and enhancements, to customers. Product and service developers must continuously find out what customers want by direct customer feedback and usage behaviour observation. Objective: This paper examines the preconditions for setting up an experimentation system for continuous customer experiments. It describes the RIGHT model for Continuous Experimentation (Rapid Iterative value creation Gained through High-frequency Testing), illustrating the building blocks required for such a system. Method: An initial model for continuous experimentation is analytically derived from prior work. The model is matched against empirical case study findings from two startup companies and further developed. Results: Building blocks for a continuous experimentation system and infrastructure are presented. Conclusions: A suitable experimentation system requires at least the ability to release minimum viable products or features with suitable

An efficient and new but non-intrusive method to detect the fluctuation in gear load may be the motor current signature analysis (MCSA). In this paper, a multi-stage transmission gearbox (with and without defects) has been studied in order to replace the conventional vibration monitoring by MCSA. It has been observed through FFT analysis that low frequencies of the vibration signatures have sidebands across line frequency of the motor current whereas high frequencies of vibration signature are difficult to be detected. Hence, discrete wavelet transform (DWT) is suggested to decompose the current signal, and FFT analysis is carried out with the decomposed current signal to trace the sidebands of the high frequencies of vibration

Example of SPMP by UTPian.

This project is to create a prototype Online Purchasing System for TradeK Cake House. It is an online application likewise virtual shop on the Internet where customers can browse the products catalog and select products of interest. The selected items may be collected in a shopping cart. At checkout time, the items in the shopping cart will be presented as an order. At that time, more information will be needed to complete the transaction. Usually, the customer will be asked to fill or select a billing address, a shipping address, a shipping option, and payment information such as credit card number. An e-mail notification is sent to the customer as soon as the order is placed.

There are a lot of payroll engines that do exist in the market serving different organizations under different circumstances. But the problem with those payroll engines that comes to our observation is that most of them are static or required changes in their programming when an organizational structure changes. And for these changes there required a professional programmer to make these changes according to the demands of company.

The Laundry management System (LMS) is specifically developed for Katsina State Laundry
Shops. This application is developed to manage the laundry service and provide an automated
backup and recovery for security management of information in the laundry. It is a client-server
system which can only be access within three (3) main users; there are database administrator,
manager, and staff. Only authorized user can login into the system and view the LMS application.
The database administrator will maintain the backup and recovery and user privilege to view the system. Besides that, clerk's responsibility is to manage the customers and laundry service record, also the payment record. Furthermore, the laundress is to view customers' record and their services.
Then, the manager of this laundry can view and update all the record in laundry. On the other hand, this LMS application is focused more on database management of laundry service besides maintaining the backup and recovery for the records in the database. The methodology of this system is System Development Life Cycle (SDLC) which is prototyping model. An analysis study has been done based on the current manual system and all the problems statements and requirements have been identified. Moreover, LMS is two-tier architecture system which involves client tier and application server tier which includes a database. The interfaces for LMS have been designed according to the requirement and needs of the current market. This Laundry Management System (LMS) will help to improve the performance of current situation and overcome the problems that arise nowadays.

Dear Reader,

Let's get the introductions out of the way.I am not a recruiter. I am a software engineer. And as such, I know what it's like to be asked to whip up brilliant algorithms on the spot and then write flawless code on a whiteboard. I know because I've been asked to do the same thing-in interviews at Google, Microsoft, Apple, and Amazon, among other companies.

I also know because I've been on the other side of the table, asking candidates to do this. I've combed through stacks of resumes to find the engineers who I thought might be able to actually pass these interviews.
I've evaluated them as they solved-or tried to solve-challenging questions. And I've debated in Google's Hiring Committee whether a candidate did well enough to merit an offer. I understand the full
hiring circle because I've been through it all, repeatedly. And you, reader, are probably preparing for an interview, perhaps tomorrow, next week, or next year. I am here to help you solidify your understanding of computer science fundamentals and then learn how to apply those fundamentals to crack the coding interview.

The 6th edition of Cracking the Coding Interview updates the 5th edition with 70% more content: additional questions, revised solutions, new chapter introductions, more algorithm strategies, hints for all problems,
and other content. Be sure to check out our website, CrackingTheCodinglnterview.com, to connect with other candidates and discover new resources. I'm excited for you and for the skills you are going to develop. Thorough preparation will give you a wide range of technical and communication skills. It will be well worth it, no matter where the effort takes you!

I encourage you to read these introductory chapters carefully. They contain important insight that just might make the difference between a "hire" and a "no hire:' And remember-interviews are hard! In my years of interviewing at Google, I saw some interviewers ask "easy" questions while others ask harder questions. But you know what? Getting the easy questions doesn't make it any easier to get the offer. Receiving an offer is not about solving questions flawlessly (very few candidates do!). Rather, it is about answering questions better than other candidates. So don't stress out when you get a tricky question-everyone else probably thought it was hard too. It's okay to not be flawless. Study hard, practice- and good luck!

Gayle L. McDowell
Founder/CEO, CareerCup.com
Author of Cracking the PM Interview and Cracking the Tech Career