derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Quantitative assessment of the network structures functional efficiency by analyzing of sensitivity optimization model to external influences
Authors: Anatolii Kuzmychov
Year: 2024

The real network organizational structure is constantly under the influence of external influences, which can cause unexpected consequences due to the cascading spread of relevant disturbances directed at critically important parameters. Parametric sensitivity analysis is the latest computational procedure, the results of which provide the researcher with an idea and quantitative assessment of the appropriate response of the structure in the form of an analytical platform as a composition and interaction of scenario analysis, cascade process development and optimization modeling technology. The main task is timely adaptation to expected changes in business analytics, oriented to optimal resources distribution. The generalized minimum cost problem is a typical example of widespread problems of optimal distribution and use of limited, in particular, energy resources, of any nature and purpose, using the scientific management and analysis of decisions, in its network model attention is paid to the potentials of nodes. The maximum flow problem is an example of the active and effective application of methods and models of flows optimization, where the processes and objects used a network organization, the energy systems and complexes investigated, where arc parameters are critical in its model. In the article, for these classic optimization problems, mathematical and spreadsheet models were built on concrete examples. Direct and dual mathematical programming problems were solved, the following stages were carried out - the organization of a computer experiment and the construction of an analytical platform for evaluating the behavior of the network structure under the influence of external influences and disturbances as their consequences. To take into account the specific conditions of real objects with a network structure at the stage of modification, the model supplemented with appropriate restrictions and correction of input data sets. The obtained results should be useful for planning and management personnel and top-management for discussion and decision-making regarding, for example, the optimal placement of energy equipment, the weighted distribution of energy flows in the "source-sink" system or the appointment of executors for work, automated project management using project networks, etc. Keywords: optimization modeling, maximum network flow, minimum cost flows, network organizational structures, decision making, spreadsheet modeling and analytics.
Restructuring Information Systems Following the Divestiture of Carestream Health
Authors: H. Smith; R. Watson
Year: 2013

Carestream Health is a worldwide provider of dental and medical imaging systems and IS solutions, x-ray and medical printing film, and advanced materials for the precision films and electronics markets. It was formed in 2007when Onex Corporation purchased Kodak’s Health Group. As a part of Kodak, Carestream’s IS infrastructure had been designed to align with a large and complex parent organization. The company inherited 150 locations worldwide, a variety of global network services contracts to support them, and 300 IS people in 44 locations around the world. The full article describes how Carestream’s IS organization was transformed to become more lean, agile and cost-effective, while making a valuable strategic contribution to the business. The transformation took five years, the last four under a new CIO appointed to lead the transformation. The changes have been evolutionary, but constant, putting significant pressure on the IS organization in every area. The CIO identified seven primary areas of change: IS strategy, relationship management, enterprise architecture, governance and the project management office (PMO), application development and support, global IS operations and infrastructure, and people management.
Exploring effort distribution in RUP projects
Authors: W. Heijstek; M. Chaudron
Year: 2008

Rational Unified Process (RUP) effort data from industrial projects is explored (1) to improve our understanding of project dynamics from a resource perspective, (2) to develop a method for project management to gain insight in resource allocation and (3) to follow up on earlier work on RUP effort visualization [2].
Dynamic Two-phase Truncated Rayleigh Model for Release Date Prediction of Software
Authors: Lianfen Qian; Qingchuan Yao; T. Khoshgoftaar
Year: 2010

Software reliability modeling and prediction are important issues during software development, especially when one has to reach a desired reliability prior to software release. Various techniques, both static and dynamic, are used for reliability modeling and prediction in the context of software risk management. The single-phase Rayleigh model is a dynamic reliability model; however, it is not suitable for software release date prediction. We propose a new multi-phase truncated Rayleigh model and obtain parameter estimation using the nonlinear least squares method. The proposed model has been successfully tested in a large software company for several software projects. It is shown that the two-phase truncated Rayleigh model outperforms the traditional single-phase Rayleigh model in modeling weekly software defect arrival data. The model is useful for project management in planning release times and defect management.
Information Systems Projects and Individual Developer Outcomes: Role of Project Managers and Process Control
Authors: V. Venkatesh; Arun Rai; Likoebe M. Maruping
Year: 2018

We integrate control theory and the information systems IS project management literature using a multilevel lens to theorize the cross-level effects of technical IS project risk on individual developer outcomes-performance and psychological stress-and the mechanisms by which IS project managers' project-related knowledge attenuates this relationship. We argue that IS project managers with project-related knowledge mitigate technical IS project risk by facilitating the enactment of internal and external process controls in their IS projects. Our empirical study involves data collected from 1,230 individual developers embedded in 130 IS project teams that are managed by 20 IS project managers. Our results provide strong support for the three-level model and its set of a cross-level main effects of technical IS project risk on individual developer outcomes; b cross-level main effects of IS project manager project-related knowledge on enacted internal and external process controls; and c cross-level moderation of the relationship between technical IS project risk and individual developer outcomes by IS project manager project-related knowledge through internal and external process controls. Our study provides insights on how IS project management, IS project process controls, and technical IS project risk must be managed as a system of multilevel dependencies to achieve the desired developer outcomes. 
 
The online appendix is available at https://doi.org/10.1287/isre.2017.0723 .
Managing iterative projects more effectively: theories, techniques and heuristics for HCI practitioners
Authors: J. Long; Steve Cummaford
Year: 2007

Most HCI specialists are involved, in one way or another, with iterative project management (IPM), as opposed to HCI, on a day-to-day basis. However, few specialists have any systematic training or exposure to IPM. Further, market pressures highlight the importance of HCI iterative and adaptive planning and development to meet changing conditions, associated with novel technology and customer change. This tutorial is intended to fill these gaps. IPM is characterised in terms of its theory, its methods and heuristics to support its practice. Exercises and mini-practicals support the integration of HCI into the heuristics, methods and theory of IPM. In the light of our recent experience, participants' IPM effectiveness, as either managers or as team members, is expected to increase as a result.
Exploring the intersection between art, music, and technology
Authors: S. Lakin; Joe Geigel
Year: 2013

This talk will present the results of a collaborative learning experience between students from the visual arts and computing sciences exploring the intersection between art, music, and interactive technology. Our goal is to provide an experiential learning environment that models industry in an experimental setting; fostering innovation and advancing the students skills while exposing them to technologies from other disciplines. It is our goal that the experience will assist them in developing critical problem solving approaches to project management.
ASSOCIATIVE MODEL OF COMPETENCES IN IT PROJECT MANAGEMENT
Authors: Ірина Петрова; Богдан Осташевський
Year: 2023

У світі менеджменту все більшого поширення набуває компетентністний підхід, який базується на визнанні важливої ролі людського фактору у будь-яких сучасних бізнес-процесах. Від якісного рівня підготовки фахівців і відповідності їх знань та навичок вимогам конкретних робіт залежить якість і ефективність виконання практичних завдань та отриманих результатів. Не зважаючи на те, що тема управління, заснованого на компетенціях, є певною мірою розкритою, достатньо широке коло питань залишаються не визначеними. Це торкається як теоретичного обґрунтування дефініцій компетенція, компетентність, модель компетенцій, так і практичного застосування компетентнісного підходу до управління процесами в конкретній сфері, а саме в управлінні проектами. Специфіка останнього пов’язана з впливом швидко змінюваного середовища та слабкою передбачуваністю реалізації самих проектів та їх результатів. У зв’язку з цим набір потрібних компетенцій та їх зміст часто змінюються, що негативно позначається на якості виконання проекту, особливо в сфері ІТ – технологій. Для управління таких проектів авторами статті запропонований новий інструмент - асоціативна модель компетенцій, до складу якої включено Застосування професійних знань та навичок, Аналітичні та інтерпретаційні здібності, Комунікативність, Творчість, Адаптивність та гнучкість, Організованість, Співпраця, Прийняття рішень, Сприйняття ризику. Особливістю авторського підходу є те, що розробка асоціативної моделі компетенцій ґрунтується на аналізі бізнес-процесів для створення ІТ-продукту. Серед останніх виділено Створення ідеї продукту, Планування та виконання роботи, Збір та обробка вимог, Підпорядковування визначеними організацією робіт рамками, Генерація, архівування та використання знань. Саме зміст і специфіка зазначених процесів обумовлюють зміст та рівень необхідних для їх виконання компетенцій. Впровадження компетентнісного підходу є необхідним для правильного формування команди виконання ІТ-проекту, об’єктивного оцінювання фахівців, досягнення якісних результатів від реалізації ІТ-проекту у складному та невизначеному бізнес-середовищі.
An evaluation of a hot spot policing programme in four Argentinian cities
Authors: S. Chainey; Patricio R. Estévez-Soto; Gastón Pezzuchi; Rodrigo Serrano–Berthet
Year: 2022

In 2017, hot spot policing interventions were implemented in four cities in Argentina: La Plata, Morón, Santa Fe and Tres de Febrero. Each intervention was similarly designed, organized and implemented. Results differed between cities. La Plata experienced the largest decreases, including a significant 31% decrease in robbery (while controlling for geographic displacement), whereas in other cities, a mix of non-significant decreases and increases in robbery and theft were observed. No displacement was observed to assaults or vehicle crime. The differences in impact between cities were likely to be associated with differences in the project management of each intervention.
The relationship between working in the “gig” economy and perceived subjective well-being in Western Balkan countries
Authors: Miloš Vučeković; Goran Avlijaš; M. Marković; D. Radulović; Arsen Dragojević; D. Markovic
Year: 2023

The combination of accelerated digitalization and the recent COVID-19 crisis has increased the number of remote workers worldwide to unimaginable proportions. Among the large number of remote workers that execute their projects from home, there is a significant number of permanently self-employed remote workers, usually referred to as freelancers. Despite the importance of this kind of business activity for modern project management society, perceived drivers of freelancing are still unknown. The goal of this paper was to shed some light on the general subjective well-being of freelancing activity and investigate differences concerning gender, age, and education. The study was performed in late 2020 and included 471 freelancers from Serbia, Bosnia and Herzegovina, Macedonia, and Montenegro that participated in an online questionnaire evaluating their subjective well-being while participating in the “gig” economy. Factor analysis was used as a primary statistical method and two major groups were identified: (1) Impact of working from home on a freelancer’s personal life and health and (2) Fulfillment of expectations in the economic and professional sense. Gender was found not to be significant for overall work satisfaction. However, older freelancers proved to be more satisfied with the fulfillment of economic and professional expectations, which correlate with years of professional experience. Another conclusion is that more educated freelancers are generally less satisfied with both groups of drivers - fulfillment of personal life and professional expectations. Understanding how the combination of occupations, technological infrastructure, and demographic characteristics in the region has affected the well-being of freelancers may help policymakers and organization owners, as well as future entrepreneurs, better prepare for this model of work in the future. It also increases the possibility of exploring individual dimensions of wellbeing useful for targeting interventions at the level of each country separately. In line with this, the present study contributes to the existing body of knowledge and the impact of hybrid models of work on the subjective well-being of workers in the “gig” economy.
The method of program-target planning in design electronic libraries
Authors: Natalia Senchenko
Year: 2024

The article outlines practical approaches to project management, provides a general description of the program-target planning method. 
The main aspects of project management are highlighted, in particular the principles of creating organizational structures, project financing and ensuring the quality of management. 
It has been proven that a systematic approach to the application of the method of program-target planning is key to the successful implementation of the "Documentary Memory of the Kyiv-Pechersk Lavra" project.
Ambulatory Quality Improvement Despite COVID-19: Blueprint for a Successful System for Continuous Improvement
Authors: Anne H VanBuren; Tricia M Montgomery; John R McConaghy; Jeffrey Lawrence; Nazhat Taj-Schaal; Melissa Unger; Nate R Rogers
Year: 2024

ABSTRACT In this article, we describe our experience developing and implementing a multipronged approach to improve performance across a strategic subset of quality measures within primary care. Detailed techniques include data visualization and analytics, process reengineering, team engagement, visual project management, continuous improvement methods and training, and incentives and recognition. We achieved positive change across 12 high priority measures which we deemed the “High Value Framework (HVF)” by fostering a collaborative, nonpunitive, problem-solving culture. We focused on measures that had the greatest potential for impact from a clinical, reimbursement, and reputational perspective. More importantly, we sustained gains despite the challenges posed by the COVID-19 pandemic, thereby demonstrating programmatic resilience and high process reliability. This systematic approach serves as a practical blueprint for other healthcare entities seeking to navigate the complexities of quality improvement in a dynamic environment. The model provides a strategic framework for prioritizing and standardizing quality measures, effectively engaging stakeholders, and managing organizational change. Our model emerged from a need to address real-world operational challenges, rather than as an academic or theoretical exercise, and was developed independently of existing literature on measure prioritization and standardization at the time of its inception.
Definition of software metrics for software project development by using fuzzy sets and logic
Authors: Sholpan Mirseidova; L. Atymtayeva
Year: 2012

Software metrics measure certain properties of the software or its specifications. As quantitative measurements are required in all the sciences, there are ongoing efforts among computer science practitioners and academics to apply analogous approaches to software development process. The main aim is to provide objective, reproducible and quantitative measure that can have many useful applications in such important parts of software project management as the schedule and budget planning, cost estimation, quality assurance, software debugging, performance optimization and optimal staff task assignments as well as in the whole software development life cycle. There exist a number of techniques for modeling software metrics including FPA estimation (mean-based, median-based), LS regression, LMS regression, Neural Networks, and Fuzzy Logic. In this paper we are going to talk about singularities of applying Fuzzy Logic approach to the software metrics modeling.
Design and Application of Large-scale Project Management System based on Software Bus
Authors: L. Ding; G. Zeng; Ying Zhou
Year: 2007

The construction of large-scale project has long period, complex construction, which is difficult to coordinate and manage, and needs to build information management platform. According to the actual situation of the Shenyang metro construction, this paper designs the global model of the project construction management information system with the computer integrated construction system framework of project construction and management. It uses software bus building technology and heterogeneous data integration platform technology to implement the design framework. It has been applied in real metro construction management system and achieved good results.
AMANDA (Your Plant Monitoring Application) Implementation Android Application Program Project Management Using Agile Scrum Method and Trello
Authors: Indah Pratiwi; Septi Yunita Sari
Year: 2024

Software development is closely related to several Software Development Lifecycle (SDLC) processes. PT Inamas Sintesis Teknologi (INASTEK) is committed to helping employees work easier through Internet of Things (IoT) based technology. This research aims to manage a project for making your Plant Monitoring Application (AMANDA) which can be accessed via a smartphone. This research method uses agile scrum which can adapt to user needs which can be developed repeatedly and the Trello application as an archive of sprint data for each division. The results of this study are the AMANDA application which is able to monitor and control strawberry plants in real-time which is equipped with a menu of temperature, humidity, ec meter, ph meter, water level, soil moisture, liquid temp, co2 level, water pump, nutrient pump, pump pH, sample pump, plant pump, and pipe valve with 3 second delay. Work on this application development project with a duration of 3.5 months and a total cost of Rp. 13,999,891 involving PT INASTEK as product owner, Product Management Division as scrum master, and Engineering Division as development team. With the AMANDA application, it can help PT. INASTEK in developing the projects they have.
How to Structure Business Transformation Projects: The Case of Infineon's Finance IT Roadmap
Authors: Maximilian Röglinger; Manuel Bolsinger; Björn Häckel; Matthias Walter
Year: 2016

Although project management, benefits management, change management, and transformation management are everyday terms in many organizations, projects still experience high failure rates. Particularly business transformation projects are prone to fail because they affect multiple layers of the enterprise architecture, involve many stakeholders, last several years, and tie up considerable amounts of corporate capital. In order to handle their complexity, it is recommended to structure business transformation projects into portfolios of interdependent, yet smaller and thus manageable projects. So far, there is little guidance on how to achieve this. To share first-hand experience and stimulate research, we present and reflect on a project conducted with Infineon Technologies where we co-developed Infineon’s Finance IT roadmap. The Finance IT roadmap served as the foundation for transforming Infineon’s Finance IT setup to tackle future challenges of financial management in the semiconductor industry from a business, process, and IT perspective.
A Digital Project Management Framework for Transnational Prefabricated Housing Projects
Authors: Liwei Luo; Zhikun Ding; Jindi Niu; Liang Zhang; Longhui Liao
Year: 2024

Compared with an ordinary prefabricated housing project (PHP), a transnational PHP tends to involve more uncertainties, with major stakeholders residing in different countries. This study proposes a novel digital project management framework that integrates building information modeling to enhance information utilization. This framework also incorporates innovative design concepts of modulor, modulus, module, model, durability, and recyclability for enhanced user comfort, housing industrialization, and extended lifespan. It was demonstrated how planning, design, manufacture, and transportation processes can be streamlined in transnational PHP delivery. A case study was performed in a typical transnational PHP between the Kingdom of Saudi Arabia and China for validation. By applying the framework, this PHP could install a single house within 24 h, improve precast level by about 20%, and reduce project cost per square meter by 5.2%, because of integrated design concept, reduced labor cost, effective material cost control, and enhanced information management.
Towards a New Paradigm of Project Management: A Bibliometric Review
Authors: John Aliu; Ayodeji Emmanuel Oke; A. Kineber; Andrew Ebekozien; C. Aigbavboa; N. Alaboud; Ahmed Osama Daoud
Year: 2023

The advent of the Fourth Industrial Revolution (4IR) has triggered a digital transformation across several industries, including the project management (PM) profession. To achieve competitive advantages, construction industry employers must now utilise technology and data for strategy development, project execution, and delivery. This study reviews the concept of PM through research published on the Elsevier Scopus database from 2010 to date using a sequence of bibliometric analyses. Keywords such as “project management” AND “project management tools” AND “project management techniques” AND “construction industry” AND “built environment” were used for article extraction. VOSviewer, a text-mining tool, was used to analyse the bibliometric connection in PM research within the built environment discipline. Through the sequencing of cluster analysis, the findings revealed that research focus is placed on sustainable development (SD), construction safety (CS), engineering education (EE), project management stakeholders (PMS), risk management (RM), and building information modelling (BIM). More so, the current research focus in PM studies is tending towards knowledge management (KM) and construction innovation (CI). Based on a critical review of extant literature, very few studies have bibliometrically analysed and visualised PM studies. This study sets out to fill this gap by examining the key areas of concentration in published works on the PM concept from 2010 to date. Despite the valuable contribution of this study to the PM body of knowledge, generalisations of the results must be made cautiously due to the use of a single database, which in this case is Elsevier Scopus.