derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Problems and prospects of project management with the transition to internet platforms
Authors: Т.В. Мезина; М.Н. Гусева; И.С. Брикошина; Е.В. Никитина
Year: 2021

Ведение бизнеса в условиях цифровой экономики означает использование программных инструментов для улучшения операций организации. Сегодня все больше и больше организаций осуществляют свою деятельность через проекты. Интенсивность изменений как в компании, так и в деловой среде приводит к увеличению масштабов и сложности проектов. Эффективное и действенное управление такими проектами сложно, даже невозможно без поддержки программных средств управления проектами. В статье рассматриваются особенности использования интернет-платформ в проектном управлении. Представлена связь между использованием программных инструментов для управления проектами и успехом проектов.
 Doing business in a digital economy means using software tools to improve an organization's operations. Today more and more organizations carry out their activities through projects. The intensity of change, both within the company and in the business environment, increases the scale and complexity of projects. Effective and efficient management of such projects is difficult, even impossible, without the support of project management software. The article discusses the features of using Internet platforms in project management. The relationship between the use of software tools for project management and the success of projects is presented.
Construction and Optimisation of Economic Performance Evaluation Systems in Project Management: A Mixed-Method Approach From the Perspective of Construction Enterprises
Authors: Huabin Yang; Zheng Yang
Year: 2024

In the current context of economic globalisation and intensifying market competition, refined management of construction projects is crucial, particularly regarding economic performance management, which directly impacts the stable development of construction companies. Most existing studies evaluate performance using a single research method. This paper combines qualitative and quantitative research methods and integrates a comprehensive, scientific, rigorous economic performance analysis system with multi-criteria decision-making. First, utilising numerous journal articles, interview data, book materials, and 407 questionnaire responses, a preliminary economic performance analysis system for engineering project management was developed through three-level coding using grounded theory. Subsequently, a factor analysis was employed to select indicators for the analysis system, resulting in an evaluation framework for the economic performance of engineering project management with eight core assessment indicators. Finally, based on the evaluation system, the relationships between the indicators and the calculation formulas for the three-level indicators were summarised, culminating in a closed-loop, systematic, and multi-dimensional analysis framework. This study enhances the evaluation framework for the economic performance dimension in engineering project management within construction enterprises. It provides robust methodological and data support for assessing economic performance in engineering project management.
Digital Initiatives in Academic Libraries: Challenges and Opportunities
Authors: David J Williams
Year: 2023

abstract:Digital initiatives have become increasingly common in academic libraries, but inconsistent definitions, standards, and expectations limit and, in some cases, negatively impact the effectiveness of practitioners. This article explores the discourse surrounding professional titles and responsibilities in digital initiatives within North American academic libraries between 1990 and 2020. A review of job advertisements, position descriptions, and professional activities reveals ambiguously defined responsibilities, inadequate technical education, and limited opportunities for training. Current trends suggest digital initiatives will expand from traditional digitization and digital library projects toward more diverse and flexible digital project management. This change will require familiarity with software development, systems administration, and library practices. The implication for library science education is the need for course programming that reflects these trends.
Agile methods for software practice transformation
Authors: Elizabeth V. Woodward; R. Bowers; V. S. Thio; K. Johnson; M. Srihari; C. Bracht
Year: 2010

In a large-scale distributed complex software engineering environment, the ability to rapidly evaluate and improve software engineering practices can be a key market differentiator. Practices that shorten the development cycle, cost-effectively improve quality, and align software with customer needs can have a direct impact on the business value delivered by the enterprise. The IBM Quality Software Engineering (QSE) organization motivates and enables teams across IBM business units and geographies to adopt recommended software engineering practices. QSE has historically established communities and used well-known organizational change management principles to help teams adopt and use recommended practices. In 2008 and 2009, QSE discovered that blending well-known organizational change management principles with agile software development principles enables communities to more consistently deliver significant value to their members. QSE Communities use Scrum, which is an agile project management framework, to prioritize their work on the basis of the communities' needs, plan their work every two weeks and then deliver value at the end of every two-week Sprint (iteration), demonstrate results, and obtain feedback and continuously improve by reflecting and identifying improvement actions at the end of each Sprint. Combining Scrum with proven steps to organizational change management has allowed QSE to rapidly motivate and enable software engineering improvements across IBM.
Collaboration Challenges: Bridging the IT Support Gap
Authors: J. Nosek; Margaret M. McManus
Year: 2008

Abstract The more collaborative enterprises are, the better they perform. However, current collaboration technologies do not contribute as much as expected to collaboration quality. Collaboration technology seems to be stuck in just overcoming the limitation of people not being in the same place at the same time. Real time communications are supported through such things as web-conferencing and instant messaging, while email, wikis, and web-based repositories provide the electronic equivalent of the shared file cabinet. Although some technologies support workflow and project management to a degree, there is little support for the joint development lifecycle of planning, creating, evaluating, negotiating, and consolidating group work. Focusing broadly on collaboration challenges highlights limitations of current technology and can help provide direction for the kinds of information technology that will be needed to bridge the IT support gap to meet current and future collaboration challenges.
Feasibility documents as critical structuring objects: An approach to the study of documents in digital research production
Authors: Urszula Pawlicka-Deger
Year: 2022

Documents have been increasingly recognised as important objects of investigation in Science and Technology Studies (STS); however, so far, much less attention has been given to the study of documents produced in Digital Humanities. The author proposes therefore to use the method of the ‘STS of documents’ and analyse Feasibility documents that aim to assess technical and design requirements based on research questions and to organise a project workflow. Drawing on the ethnography of King’s Digital Lab, the article investigates Feasibility documents produced by the lab within the Agile-based Software Development Lifecycle framework. The article aims to show that Feasibility documents (1) inform ethnographic work about lab workflow and management and in doing so, are able to capture the interconnectedness of work layers and practices; (2) enable an empirical analysis of digital research projects and the process of translation from research questions, to methods, to technical solutions; (3) are critical structuring objects that structure the research process and relationships between involved actors and are structured by local institutional strategies and decisions. The author conducts a ‘feasibility analysis’ that reveals the project management and development stages: the analytical process (the translation of research questions into technical solutions); the production process (the move from technical and design practices to research answers) and the infrastructure and management process (project workflow and sustainability solutions). Drawing on Agre’s critical technical practice and Digital Humanities’ theories of critical production, the article seeks to shift attention from end-product digital artefacts towards the complex process of their creation, which can unpack a range of social, technological and management issues. In doing so, it also aims to provide a methodological framework for the analysis of documents produced in Digital Humanities that have the potential to unearth new questions about the socio-technical nature of digital production.
An Empirical Evaluation of the Tobit Model on Software Defect Prediction
Authors: Yukasa Murakami; Masateru Tsunoda; Koji Toda
Year: 2016

In project management, project plan is made based on the prediction results of the project. Predicting the number of defects is one of important prediction. To enhance the prediction accuracy of the number of defects, many studies proposed various prediction models. The model is built using a dataset collected in past projects, and the number of defects is predicted using the model and the data of the current project. Datasets sometimes have many data points where the dependent variable, i.e., the number of defects is zero. When a multiple linear regression model is made using the dataset, the model may not be built properly. To build proper model, we use the Tobit model as software defect prediction. The model assumes that the range of a dependent variable is limited, e.g., the minimum value of the variable is zero, and the model is built based on the assumption. In the experiment, we applied the regression model based on ordinary least squares and the Tobit model to fault prediction. Also, we evaluated models applied log-transformation. In the experiment, the Tobit model applied log-transformation was the highest accuracy in the models. Median BRE of the model was 14% improvement, and Pred25 was 7% improvement, compared with other models.
An enhanced data mining life cycle
Authors: M. Hofmann; Brendan Tierney
Year: 2009

Data mining projects are complex and can have a high failure rate. In order to improve project management and success rates of such projects a life cycle is vital to the overall success of the project. This paper reports on a research project that was concerned with the life cycle development for data mining projects, its team members and their role. The paper provides a detailed view of the design and development of the data mining life cycle called DMLC. The life cycle aims to support all members of data mining project teams as well as IT managers and academic researchers and may improve project success rates and strategic decision support. An extensive analysis of eight life cycles leads to a list of advantages, disadvantages, and characteristics of the life cycles. This is extended and generates a conglomerate of several guidelines which serve as the foundation for the development of a new generic data mining life cycle. A detailed study of the human resources involved in a data mining project enhances the DMLC.
A Product Manager's Guide to Surviving the Big Bang Approach to Agile Transitions
Authors: Rasmus Mencke
Year: 2008

In 2006, Salesforce.com took a big bang approach to implementing the Adaptive Development Methodology (ADM): a unique blend of Scrum-style project management and the agile software development framework. The result was a huge success. In just three months, an R&D department consisting of 200 employees and 30 teams transitioned from a traditional waterfall-style approach to ADM. Less than sixteen months later, the company had realized a 37% increase in productivity.The rapid transition of ADM precipitated massive changes in how product managers work, interact with members of others departments, and manage dependencies between teams. This report details some of the challenges they faced, how they handled them, and how ADM has helped Product Managers become more effective.
Project Team Planning and Performance of Housing Projects in Kenya
Authors: Charles Muiruri Wanjau; Gregory Namusonge; B. Lango
Year: 2024

Purpose: The purpose of this study was to examine the influence of project team planning on the performance of housing projects in Kenya. 
Methodology: The study applied mixed methods research design. The study target population was 675 strategic registered contractors in the housing projects in Nairobi metropolitan, Kenya.  Based on Yamane Formula adopted the sample size for this study was 251 respondents. Purposive sampling was used to select the 251 from the list of 675 contractors.  The respondents consisted of the project managers; engineers; architects; contractors; and the site supervisors. The study used both primary and secondary data using semi structured questionnaires and interview guides. The study used SPSS version 25 software to analyze the data where both descriptive and inferential analyses were obtained. 
Results: The inferential analysis results revealed that project team planning had a significant and positive influence on the performance of housing projects in Kenya at p<0.05. This indicates that project team skills, project team experience, communication plan and project team efficacy are vital in the performance of housing projects.  The study used analysis of variance to determine whether the model is significant and shows the good fit for the data. The Coefficient of determination R2 of 0.513 showed that 51.3% of housing project performance is explained by project team planning. 
Unique contribution to theory, practice and policy: While the existing competency theory used in this study was validated, the study recommends that contractors in Kenya should consider project team planning as an important aspect in housing projects as has been observed by majority of the contractors. The study recommends the government to make appropriate policies in housing implementation in the ministry of housing which promote the establishment of comprehensive project teams that include experts in various domains such as architecture, engineering, finance, and project management.
“This is MY PhD project… or is it?” Understanding perceived doctoral project ownership through psychological ownership mapping
Authors: Michelle R Cedeno; Talya Porat; Weston Baxter
Year: 2024

Abstract This paper investigates PhD student's perceived feeling of project ownership and how it influences their project management. Drawing on psychological ownership (PO) theory and the PO mapping method, this study identifies distinct project ownership paths among students, revealing how project engagement can be improved. The findings demonstrate the importance of carefully considered and timely student-supervisor expectation discussions to help influence project ownership. To this end, the paper offers several routes of ownership that can influence project ownership among PhD students.
AN AGILE FRAMEWORK: ACADEMIC SOFTWARE PROJECT MANAGEMENT
Authors: Luz María Hernández Cruz; Guadalupe Manuel Estrada Segovia; Joel Cristoper Flores Escalante; Daniel Alberto Pantí González
Year: 2023

: Project-Based Learning (PBL) is a strategy frequently used in Computer Science Educational Programs. This article outlines an applied research using the paradigm of the agile approach adapted to the development of academic projects as a learning strategy in higher level educational programs. In this sense, the main objective of the research is the design of a model capable of being reproduced in order to formulate innovative projects with the construction, use and/or implementation of technologies to meet the expectations of the development of skills in the area. of computer science focused on project-based learning (ABP) and the generation of knowledge. The methodology used responds to the deductive method, in which the precepts of agility, the Scrum framework and the PBL could be contrasted with the purpose of defining and designing an agile model of academic projects that allow the integration of competencies, skills, knowledge and technologies that add value to the approach of the proposed project. Finally, as a result obtained, the model created and the discussion of the findings and achievements obtained are exhibited. Experimental studies of the model and its adaptation to other contexts in different areas of educational work remain for future lines of research.
Identifikasi Atribut Tingkat Lebih Tinggi untuk Prediksi Umur Bug
Authors: Suluh Sri Wahyuningsih; Nursalim
Year: 2023

Sebuah perangkat lunak yang berkualitas dapat diartikan sebagai suatu produk yang memiliki jumlah kesalahan atau bug yang sedikit. Berbagai cara dilakukan untuk menggurangi jumlah bug, seperti sistem pelacak bugzilla informasi yang disimpan dapat digunakan untuk menyelidiki fenomena yang berbeda. Manajemen proyek perlu memperkirakan waktu yang dibutuhkan untuk menangani suatu bug  agar dapat membuat perencanaan proyek yang baik. Penelitian sebelumnya  menggunakan atribut primitif (Low Level Attribute)  untuk prediksi umur bug, merekomendasikan penggunaan atribut bug tingkat yang lebih tinggi. Oleh karena itu, atribut tingkat lebih tinggi diprediksi keberhasilan dengan akurasi umur bug. Dalam penelitian ini, identifikasi atribut tingkat lebih tinggi digunakan untuk meningkatkan akurasi prediksi umur sebuah bug. Untuk mengidentifikasi atribut mana yang signifikan pengaruhnya terhadap prediksi umur bug digunakan pencarian nilai informasi (infogain). Langkah kedua, yaitu mengukur akurasi klasifikasi berdasarkan atribut-atribut yang ditemukan, oleh karena itu menggunakan sejumlah metode, yaitu Zerro_R, One_R , Decision Tree, dan Naive Bayes. Metode-metode ini baik digunakan untuk dataset yang memiliki korelasi, melibatkan 24 buah atribut, 7 kelas bug_lifetime dan data set sebesar 1000 bug. Hasil penelitian mengidentifikasi 6 atribut tingkat tinggi, dimana 2 diantaranya (summary, dan last change time) dianggap memiliki pengaruh yang signifikan dalam memprediksi umur bug. Kombinasi atribut tingkat tinggi (2 atribut), tingkat rendah (3 atribut) dan seleksi (1 atribut) menghasilkan indeks kappa tingkat substantial (0,81). Hal tersebut menunjukkan dengan penambahan atribut tingkat lebih tinggi untuk prediksi umur bug dapat bekerja lebih baik dari penelitian sebelumnya yang menghasilkan indek kappa moderate (0,60).
sensorHUB – a Novel, Open-source Software Stack for Enhanced Accessibility and Secure Interoperability in IoT Project Management
Authors: David Gackstetter; Parid Varoshi; S. Asseng
Year: 2024

Abstract. The Internet of Things (IoT) seeks to achieve seamless device connectivity and data sharing, thereby enhancing automation, efficiency, and insights in various fields of application. By delivering real-time data, IoT is essential for systems that aim to model and map the physical world to digital formats, such as digital twins or metaverses. In the recent years, there has been a surge in high-quality commercial IoT products available to various sectors. However, these solutions often come with high costs and proprietary interfaces, which hinder seamless interoperability. For users seeking cost-effective and flexible solutions, open-source software and international standards present viable alternatives. Nonetheless, despite technological progress, the adoption of open and standardized IoT software solutions is still predominantly seen among technology-affine groups or within research and development initiatives. We propose the sensorHUB, a novel IoT stack, which builds upon the Open Geospatial Consortium’s (OGC) data standard SensorThings API and enhances existing solutions towards more accessible, production-oriented solutions for diverse application domains and user groups. Key features include the provision of a new, state-of-the-art graphical user interface for managing data flows and the access to related software modules, and a secure and flexible user and access management.
Technical Note - Managing a Secret Project
Authors: Edieal J. Pinker; Joseph G. Szmerekovsky; Vera Tilson
Year: 2013

We study project scheduling in a competitive setting taking the perspective of a project manager with an adversary, using a Stackelberg game format. The project manager seeks to limit the adversary's opportunity to react to the project and therefore wants to manage the project in a way that keeps the adversary “in the dark” as long as possible while completing the project on time. We formulate and illustrate a new form of project management problem for secret projects where the project manager uses a combination of deception, task scheduling, and crashing to minimize the time between when the adversary initiates a response to the project to when the project is completed. We propose a novel mixed-integer linear programming formulation for the problem and determine characteristics of optimal schedules in this context. Using a detailed example of nuclear weapons development, we illustrate the interconnectedness of the deception, task scheduling, and crashing, and how these influence adversary behavior.
HUMAN CAPITAL EVALUATION CRITERIA IN THE CIVIL SERVICE SYSTEM USING PROJECT MANAGEMENT STANDARDS
Authors: Isakova Zebo Murodovna
Year: 2023

This article examines human capital, its nature, project management mechanisms and criteria for evaluating it. Based on the tasks of the civil service before the state today, the factors of its development and efficiency improvement based on the human-oriented principle have been analyzed. The importance of project management standards in this field is justified.
The proposition of Process flow model for Scrum and eXtreme Programming
Authors: S. Merzouk; A. Cherkaoui; A. Marzak; N. Sael; F. Guerss
Year: 2021

To carry out a quality project, the company collaborators need to rely on an efficient management methodology. It is the key to organize the project in a structured and streamlined manner, it helps the team to be more structured. The traditional methods are usually used on projects based on very precise ideas with very detailed specifications and planning which anticipated all possible risks. Nevertheless, these do not allow any kind of interaction with the customer, who will receive the project once it is finished. For that reason, solutions like eXtreme Programming and Scrum have been proposed by project management experts respecting the interaction with the customer, ability to change, and so on. These methods share the same values and principles, but each one has its own singularities. In this paper, we will present the process flow model of the Scrum and XP methods. For this process flow model, we used the BPMN models.
FEATURES OF PROJECT MANAGEMENT AND RESOURCE MANAGEMENT IN THE IMPLEMENTATION OF LONG-TERM HIGH-TECH PROJECTS IN THE ROCKET AND SPACE INDUSTRY
Authors: Mariya Zyryanova
Year: 2024

Within the framework of this article, the author formulated the main distinctive features of projects in the rocket and space industry, identified the main groups of resources and made a selection of regulatory documents that have the greatest impact on projects, clarified some terminology in the field of resource management, highlighted the importance of continuous improvement of the management and resource planning system when implementing projects in the rocket and space industry.