Search or ask a question

Should I buy Dell XPS 13?

Information technology

Flexibility (engineering)

Personal computer

Answers from top 7 papers

PDF

Open Access

More filters

Papers (7)	Insight
Journal Article•DOI Refining and Extending the Business Model With Information Technology: Dell Computer Corporation Kenneth L. Kraemer, Jason Dedrick, Sandra Yamashiro - Show less +2 more 01 Mar 2000-The Information Society 172 Citations	The Dell case illustrates how one business model may have inherent advantages under particular market conditions, but it also shows the importance of execution in exploiting those advantages.
Journal Article•DOI Prediction of surface roughness using X-ray photoelectron spectroscopy and neural networks. Byungwhan Kim, Min-Geun Park - Show less +1 more 01 Oct 2006-Applied Spectroscopy 11 Citations	These results indicate that utilizing full XPS data is more effective for improving the model prediction performance.
Journal Article•DOI The Link Among Information Technology, Business Models, and Strategic Breakthroughs: Examples from Amazon, Dell, and eBay Chris Kimble, Isabelle Bourdon - Show less +1 more 01 Nov 2013-Global Business and Organizational Excellence 13 Citations	The experiences of three well-known companies—Amazon, Dell, and eBay—show that the way that IT was used to gain a more intimate knowledge of the customer formed a common component of each of their business models.
Journal Article•DOI On the sensitivity of configure‐to‐order supply chains for personal computers after component market disruptions Ioannis S. Papadakis 01 Dec 2003-International Journal of Physical Distribution & Logistics Management 42 Citations	Furthermore, in‐depth analysis of Dell Computer reveals that after the catastrophe‐induced disruption, the onset of losses to this major pull‐type PC producer was very fast.
Proceedings Article•DOI Multi-BSP vs. BSP: A Case of Study for Dell AMD Multicores Guillermo Trabes, Veronica Gil-Costa, Marcela Printista, Mauricio Marin - Show less +3 more 21 Mar 2018 4 Citations	Second, we show that a simple model with few parameters can be easily adapted to each Dell platform rather than complex models which tends to use tricky hardware parameters.
Journal Article•DOI Refining and Extending the Business Model With Information Technology: Dell Computer Corporation Kenneth L. Kraemer, Jason Dedrick, Sandra Yamashiro - Show less +2 more 01 Mar 2000-The Information Society 172 Citations	Many of the insights gained from this case can be applied more generally to other time-dependent industries, suggesting that the findings from the Dell case will have implications for a growing number of companies and industries in the future.
Journal Article•DOI Implementing an ROI Measurement Process at Dell Computer. Ferdinand Tesoro 22 Oct 2008-Performance Improvement Quarterly 13 Citations	•The training group performed better than the control group in all metric areas which means that the Dell Situational Negotiation has positively impacted performance and goal attainment.

My columns

Related Questions

Is Dell XPS 15 worth buying?6 answers

Is Dell XPS good for students?6 answers

Is Dell XPS worth it?5 answers

Is the Dell XPS 15 good for students?7 answers

What is the price of Dell XPS 13 in India?7 answers

Who should buy Dell XPS?6 answers

See what other people are reading

Can isometric training enhace takwondo performance?

Isometric training can enhance Taekwondo performance based on the findings from various studies. Plyometric training has shown significant improvements in anaerobic power and isokinetic muscular function in Taekwondo demonstration players. Additionally, isometric squat exercises have been found to increase the performance of judo athletes in specific tests, indicating a positive impact on athletic abilities. High-intensity training has also been proven effective in improving anaerobic capacity, which is crucial for successful Taekwondo competition performance, highlighting the importance of intensity in training programs. Furthermore, a short-duration high-intensity interval training program with specific Taekwondo techniques led to enhanced anaerobic performance in athletes, showcasing the benefits of targeted training methods for improving overall performance.What are the benefits of having prior knowledge in ICT for students?

Having prior knowledge in Information and Communication Technologies (ICT) offers several advantages for students. Firstly, prior ICT knowledge positively influences students' outcomes, as seen in studies where students with higher prior knowledge demonstrated better ICT performance. Additionally, students' prior ICT skills impact their perceptions of how ICT-related subjects should be taught, affecting their learning experiences and outcomes. Moreover, possessing prior ICT knowledge enhances students' ability to utilize e-resources effectively, with ICT knowledge being a key factor in increasing the usage of electronic resources among students. Furthermore, prior knowledge in ICT can empower students to control their learning process and seek additional support when needed, as evidenced by students desiring additional tutoring to improve their performance in ICT-related courses.How can Agent Based Modelling be used to illustrate Complex System concepts?

Agent-Based Modeling (ABM) serves as a powerful tool for illustrating Complex System concepts by simulating interactions among individual agents to understand emergent phenomena. ABM's stochastic and heterogenic nature allows it to represent the complexity of systems like tourism, aiding in decision-making for policy makers. It is particularly useful for analyzing large systems with interacting constituents, offering flexibility in modeling complexity levels. In tourism, ABM helps manage destinations by simulating interactions among tourists, attractions, service providers, and communities, addressing sustainability and social equity concerns. ABMs, rooted in complexity science, focus on growing phenomena from the bottom up, emphasizing purposes beyond prediction like explanation, data improvement, theory testing, and analogy suggestion.How does AI influence german companies?

Artificial Intelligence (AI) significantly impacts German companies in various ways. Research shows that AI technologies lead to higher product and process innovation results, especially in the case of world-first innovations, contributing to substantial sales and cost savings. The adoption of AI in the workplace brings about changes in working conditions, with notable flexibility requirements observed in occupations closely related to AI, such as office and secretarial roles. Moreover, the cultural appropriation of AI systems by employees within German companies reflects a critical organizational technoculture, where criticism of AI systems varies based on management presence, often manifesting as subversive humor and even leading to practical forms of technological misbehavior like algorithm manipulation and sabotage. Overall, the adoption of AI in German companies necessitates adjustments in work processes, skill requirements, and organizational structures, emphasizing the importance of effective integration of domain knowledge and leadership support.What is the importance of privacy protection for users?

Privacy protection is crucial for users due to the increasing digital connectivity and the vulnerability of personal data. Users' lack of understanding and inappropriate technology use highlight the need for safeguarding privacy. The value of privacy, both individually and collectively, influences users' protection behaviors over time. Privacy breaches, such as data mining in online social networks, underscore the risks users face without adequate protection. Regulations like GDPR emphasize the necessity of data control and user privacy, advocating for mandatory implementation globally. Innovative approaches, like using blockchain technology, offer solutions to enhance privacy protection and data access control. Overall, prioritizing privacy protection is essential to mitigate risks, maintain data confidentiality, and empower users in the digital realm.What challenges and opportunities are there in heat pump control?

The control of heat pumps presents both significant challenges and opportunities, particularly in the context of achieving energy efficiency and integrating renewable energy sources. One of the primary challenges is the complexity of optimizing Ground Source Heat Pump (GSHP) systems due to their non-linear dynamic nature, which traditional methods struggle to fully optimize. This complexity is compounded by the high initial investment costs associated with geothermal energy, despite its potential for CO2 reduction targets. Additionally, the efficiency of heat pumps, especially when integrated with thermal storage and photovoltaics, is influenced by nonlinear energy conversion, leading to optimization issues and the need for accurate control algorithms. On the opportunity side, advancements in Artificial Intelligence (AI) and Machine Learning (ML) offer promising solutions for overcoming these optimization challenges. AI and ML can learn implicit relations between parameters, addressing non-linearity in GSHP control optimization, and building predictive models for real-time control decision optimization. Furthermore, innovative control strategies, such as heuristic control algorithms (HCA), have been developed to provide fast, accurate, and near-optimal solutions to the nonlinear optimization problem, significantly improving operational costs and self-consumption rates. Moreover, the integration of renewable energy sources into the heating system through the use of heat pumps can be facilitated by adaptive model identification and automatic controller synthesis, which not only reduces heating costs but also adapts to changing dynamics and usage of a building. Aggregated control systems using heat pumps in residential settings have also shown potential in balancing the electrical grid by shifting consumption to periods of high wind energy production without compromising comfort. In summary, while the control of heat pumps faces challenges related to system optimization, initial costs, and integration with renewable energy sources, the development and application of AI, ML, and innovative control strategies present significant opportunities for improving efficiency, reducing costs, and contributing to energy sustainability.What is the definition of a system?

A system can be defined as a set of interrelated elements that interact to achieve specific goals. This definition encompasses the idea that a system involves components working together towards a common purpose. Additionally, the concept of a system requires the existence of nonsystem elements, highlighting the importance of interconnectedness and organization within a system. Furthermore, the properties common to many systems serve to characterize them, emphasizing the structured nature of systems and the relationships between their components. Different worldviews on systems have led to varied interpretations, but a comprehensive definition suggests that a system is an arrangement of parts or elements that collectively exhibit behavior or meaning beyond the individual constituents.What are best exercises for arthritis?

Aerobic exercise and mind-body exercises have been identified as the most beneficial for improving pain and function in individuals with osteoarthritis (OA) of the knee and hip. Additionally, strengthening and flexibility/skill exercises have shown moderate improvements in multiple outcomes for OA patients. For knee osteoarthritis specifically, aquatic exercise and yoga have been highlighted as effective interventions for pain relief and improving joint function. In the context of Rheumatoid Arthritis (RA), physical activity, including aerobic exercise and High-Intensity Interval Training (HIIT), has been shown to enhance joint mobility, flexibility, and overall health status, with positive effects on inflammatory markers and bioactive molecules. Therefore, a combination of aerobic, mind-body, strengthening, and flexibility exercises tailored to individual needs may offer the best outcomes for managing arthritis.How do these age groups impact player development and performance in soccer?

Different age groups impact player development and performance in soccer in various ways. Young soccer players aged 12 to 14 show differences in body physique, physical performance, technical skills, and psychological characteristics, with older players demonstrating better physical attributes and skills. In terms of joint activities, young players exhibit higher group interaction and psychological compatibility compared to adult and junior teams, while adult teams excel in group organization and task performance. Notably, balance abilities vary across age groups, with older players showing better dynamic balance but worse stability indexes, highlighting the importance of considering both static and dynamic balance in player evaluation. Notational analysis reveals that playing styles differ across age groups, with younger teams being more individually focused, while older teams demonstrate more effective use of space and teamwork in breaking down defenses. Physical characteristics like sprint performance, vertical jump, and change of direction improve with age, emphasizing the role of age in the physical development of young elite soccer players.How can standardization and customization be balanced to optimize productivity in different industries?

Standardization and customization can be balanced to optimize productivity in various industries by leveraging frameworks like the value configurations of shop, chain, and network. This balance is crucial as customization can enhance customer satisfaction but may lead to higher costs and longer waiting times, unlike standardization. The use of flexible IT-systems can contribute to both standardization and customization, catering to local variations while maintaining coherence and structure. Professionals in service routines navigate the coordination of standardization and flexibility by skillfully shifting between competing ostensive patterns, ensuring dynamic adaptation to intersecting routines. By understanding and managing these dynamics, industries can achieve optimal productivity through a strategic blend of standardization and customization.What is a personal computer?

A personal computer (PC) is a digital device used for computing tasks, typically affordable for home or individual use. It consists of components like a processor, memory, and display, enabling data processing and output generation. PCs have become integral to daily life, providing access to vast knowledge sources. Additionally, advancements have led to innovations like PC terminal equipment connecting mobile phones for real-time image transmission, overcoming traditional communication limitations. Furthermore, PC systems can be utilized in various settings, such as Internet cafes, where manager and user clients interact over a network for calculating and providing usage charges. In essence, a personal computer is a versatile tool that has evolved to cater to diverse computing needs efficiently.