TAILIEUCHUNG - EPSRC Network 2004-2006 Rethinking Project Management

There is a powerful, positive influence that comes from the team being protected from changing goals during the Sprint. First, the team gets to work knowing with absolute certainty that its commitments will not change, which only reinforces the team’s focus on ensuring completion. Second, it disciplines the Product Owner into really thinking through the items he or she prioritizes on the Product Backlog. Knowing that the commitment is for the duration of the Sprint makes the Product Owner much more diligent in thinking through what to ask for at the beginning. . | Rethinking PM EPSRC Network 2004-2006 Rethinking Project Management Final Report May 2006 Mark Winter and Charles Smith Report Authors Dr Mark Winter Principal Investigator Centre for Research in the Management of Projects University of Manchester Mr Charles Smith Network Coordinator Charles Smith Consulting Ltd Knutsford Cheshire EPSRC Engineering and Physical Sciences Research Council Rethinking Project Management EPSRC Network 2004-2006 Table of Contents Section Page 1. Rethinking Project Management EPSRC Network 2004-2006 3 2. Purpose of this Report 3 3. Network Philosophy of Approach 3 4. Network Participants and Organisations 3 5. Network Programme of Meetings 4 6. Directions for Future Research 4 7. Potential Research Topics 6 8. Initial Work on Messages for Practitioners 7 9. Network Research Methodology 7 10. Network Evaluation 9 11. Options for Continuing the Network 11 12. Towards More Engaged Scholarship 11 Appendix A Extract from EPSRC Research Proposal 13 Appendix B Network Working Papers 14 Appendix C Examples of Critical Insights 15 Final Report Page 2 of 15 Rethinking Project Management EPSRC Network 2004-2006 1. Rethinking Project Management EPSRC Network 2004-2006 Rethinking Project Management is a UK Government-funded research network1 that held its first meeting in March 2004 and its last meeting in January 2006. Its primary aim has been to develop a research agenda aimed at extending and enriching mainstream project management ideas in relation to the developing practice. Following a two-year research programme an agenda has emerged in the form of five directions for future research which is scheduled to be published in a special issue of the International Journal of Project Management later this year. A separate report for practitioners is also being prepared and a series of seminars is planned for different industry groups. Appendix A contains the rationale behind the Network and .

• Quản lý dự án
• Quantification
• Reductive Sulfur
• Compounds in Wines
• Toxicology
• Determination
• Substances in Forensic
• Genome Biology
• Read alignment
• Transcript quantification
• Quantification model
• Quantification accuracy
• Traditional alignment
• Isoform quantification
• Single cell
• Bulk RNA seq
• Quantifying transcript abundances
• Quantification methods
• Circular RNA
• RNA metabolism
• Accurate annotation and quantification
• Comprehensive quantification
• Quantification of Drug Action
• Color Atlas of Pharmacology
• bản đồ màu của dược
• giáo trình dược sĩ
• tài liệu học ngành dược
• Towards a Cognitively Plausible Model
• Long Papers
• báo cáo khoa học
• mô hình ngôn ngữ
• xử lý ngôn ngữ tự nhiên
• AN IMPROPER TREATMENT
• QUANTIFICATION IN ORDINARY
• Jerry R
• Hobbs
• scientific reports
• model language
• process natural language
• Development and validation of a simple spectrophotometric method
• A simple spectrophotometric method
• Quantification of chloride in polymeric materials
• The dissolution of the polymer
• Numerical approach for quantification
• Selfwastage phenomena in sodium cooled fast reactor
• Sodium cooled fast reactor
• Self Wastage Phenomena
• Sodium Faster Breeder Reactor
• BMC Biotechnology
• Absolute quantification
• Universal calibrator
• Gene expression
• Quantitative real time PCR
• New method development
• Validation for identification
• Quantification of methoxyfenozide insecticide residues
• Methoxyfenozide insecticide residues in grapes
• High performance liquid chromatography
• Rice grains
• Modified QuEChERS methodology coupled
• RP HPLC for quantification
• Various insecticides
• Various insecticides in rice grains
• Relative expression
• Y specific genes
• Crossbred jersey bulls and qPCR
• Relative quantification of expression
• Semen production traits
• BMC Bioinformatics
• Molecular dynamics
• Proteins undergo
• Numerous standard techniques
• Recurrence quantification analysis
• RNA seq
• Biomedical research
• Deconvolution analysis
• Alignment based quantification methods
• Synapse detection
• Automatic quantification
• 3D confocal image
• Model selection
• Digital PCR
• Absolute nucleic acid quantification
• Variance component
• Experimental design
• Polymerase chain reaction
• Fusion detection
• chimerical transcripts quantification
• EM algorithm
• Abnormal chromosome rearrangement
• RNA Seq data
• Tree foliage
• Dairy animal
• Dairy animals in mizoram
• Traditional medicinal uses
• Quantification of phytochemicals
• Tablet dosage
• Green analytical method
• Attenuated total reflection Fourier
• Infrared spectroscopy
• Quantification of piroxicam
• BMC Pulmonary Medicine
• Air trapping
• Single breath nitrogen test
• Software assisted CT quantification
• Chronic airway diseases
• BMC Musculoskeletal Disorders
• Virtual touch imaging quantification
• Ultrasound Elastography
• Erector spinae
• Various influencing factors
• BMC Veterinary Research
• Wound healing
• Mast cell
• Pathophysiological processes
• Immunohistochemical staining
• Reproducible quantification method
• Fe3O4 nanoparticles
• Methylene blue
• Quantification of COOH functional groups
• Ultraviolet visible absorption spectroscopy
• High technical saturation magnetization
• Microtitre plates
• Farm animals
• Salmonella Enterica
• Quantification of biofilm formation
• Biofilm formation
• Data independent analysis
• Mass spectrometry
• High resolution mass spectrometry
• Liquid chromatography
• Lipid quantification
• Relative quantification