Growing dependency of Bussiness world to IT services leads to need of quality that is matched to business needs and User requirements as they emerge ITIL(Information Technology Infrastructure Library) can improve the quality of the service, but at the same time they will be trying to reduce the costs or, at a minimum, maintain costs at the current level. ITIL provides a framework to place existing methods and activities in a structured context.
It provides comprehensive, consistent and coherent set of best practices for IT Management processes.It also promote quality approach to achieve business effectiveness and efficiency in the use of information systems.
Information Technology Infrastructure LibraryCOEPD HR
COEPD - Center of Excellence for Professional Development is a primarily a Business Analyst Training Institute in the IT industry of India head quartered at Hyderabad. COEPD is expert in Business Analyst Training in Hyderabad, Chennai, Pune , Mumbai & Vizag. We offer Business Analyst Training with affordable prices that fit your needs.
COEPD conducts 4-day workshops throughout the year for all participants in various locations i.e. Hyderabad, Pune. The workshops are also conducted on Saturdays and Sundays for the convenience of working professionals.
For More Details Please Contact us:
Visit at http://www.coepd.com or http://www.facebook.com/BusinessAnalystTraining
Center of Excellence for Professional Development
3rd Floor, Sahithi Arcade, S R Nagar,
Hyderabad 500 038, India.
Ph# +91 9000155700,
helpdesk@coepd.com
Information Technology Infrastructure LibraryCOEPD HR
COEPD - Center of Excellence for Professional Development is a primarily a Business Analyst Training Institute in the IT industry of India head quartered at Hyderabad. COEPD is expert in Business Analyst Training in Hyderabad, Chennai, Pune , Mumbai & Vizag. We offer Business Analyst Training with affordable prices that fit your needs.
COEPD conducts 4-day workshops throughout the year for all participants in various locations i.e. Hyderabad, Pune. The workshops are also conducted on Saturdays and Sundays for the convenience of working professionals.
For More Details Please Contact us:
Visit at http://www.coepd.com or http://www.facebook.com/BusinessAnalystTraining
Center of Excellence for Professional Development
3rd Floor, Sahithi Arcade, S R Nagar,
Hyderabad 500 038, India.
Ph# +91 9000155700,
helpdesk@coepd.com
The how, why and what of ITIL® certificationsLora Beros
The ITIL® path is long and challenging, but you have to start somewhere. In this on-demand presentation, TrainSignal instructor Lowell Amos discusses the benefits of obtaining an ITIL® certification. Where do you start? Why should you bother? How can this certification transform your career? Let Lowell guide you through the first ladder of the ITIL® climb to success.
This presentation is about -
History of ITIL,
ITIL Qualification scheme,
Introduction to ITIL,
For more details visit -
http://vibranttechnologies.co.in/itil-classes-in-mumbai.html
ITIL, formally an acronym for Information Technology Infrastructure Library, is a set of practices for IT service management (ITSM) that focuses on aligning IT services with the needs of business. In its current form (known as ITIL V3),
A brief introduction to ITIL, especially its service lifecycle, plus a short description of what Wake Forest University's Information Systems department has done to date.
Get an overview of the ITIL v3 framework, along with key definitions, history of ITIL, and a summary of the ITIL processes contained within each ITIL publication.
ITIL Foundation Training - A guide to beginners Celtem Learning
The IT Infrastructure Library (ITIL) is a set of concepts and techniques for managing information technology (IT) infrastructure, development, and operations.Get ITIL Certification Today! Celtem Learning.
What Itil V3 Doesn’T Say About Organisational StructurePatrick Keogh
Presentation delivered to itSMF Seminar, December 2008 in Canberra. Discusses sources of best practice for organisational structure.
Updated for Canberra ACS conference, 2010.
Structured organization of Engineering Objects in the information content of ...Yatish Bathla
Management of Engineering objects in the Product model is a complex task. Engineers always faces problem to organize Engineering Objects defined by them as well as track relationship of their Engineering objects with other objects. For existing product, Engineer wastes a lot of time calculating parameter and structure of modeled Engineering Object defined by another Engineer and understanding complex relationship between Engineering Objects. Moreover, it is very difficult for Engineers to interact with Engineering Object which are not related to their discipline. Level of difficulty increases with the large and complex Product. Any change can affect the process of whole product. In this Paper, the author proposes possible solution of above mentioned problems by organizing the Engineering objects in the information content of PLM system. Engineering Objects are categorized and organized by the concept of community zone. Following this, defining and maintenance of Engineering objects are done by categorizing the engineers. Finally, Engineering Object is represented by new form named Community diagram, which provide overview of connected Engineering Objects as well as UML diagram, which provide complete specification of an engineering object. This new format of representation helps engineers to grasp and analyze the structure of complex product model. Also, Engineer can able to modify the existing product model easily and make efficient individual contribution in the Product modeling.
Different Types of Process Involved in the Information Content Product ModelYatish Bathla
Representation of precise information is a challenging task in the information content of product model. Difficulty arises when huge number of analysis can be performed to an engineering object and there is possibility that same type of analysis operation can be performed repeatedly by different engineers as there is no specific methodology to distinguish and store the optimised information obtained from the analysis. Moreover, it is important to store the information obtained due to changes occured in an engineering object in the context of other engineering objects. In this paper, author proposed the
possible solution of above mentioned problems by introducing
the process plane in the information content of Product model.
Process plane defines different kind of process involved during
the analysis, contexual, optimisation, decision and representation level of an engineering object. In this context, three kind of process are proposed namely Analysis process, Effect process and Optimisation process. Following this, Mathematical representation of every process and their relationship are accomplished. Finally, (requirements, functional, logical, and physical)RFLP structure is considered as an engineering object to explain the above mentioned concepts in the information content. This plane can provide all the necessary and important information related with an engineering object such that engineers can calculate
and understand every aspect of the product in the virtual
environment
The how, why and what of ITIL® certificationsLora Beros
The ITIL® path is long and challenging, but you have to start somewhere. In this on-demand presentation, TrainSignal instructor Lowell Amos discusses the benefits of obtaining an ITIL® certification. Where do you start? Why should you bother? How can this certification transform your career? Let Lowell guide you through the first ladder of the ITIL® climb to success.
This presentation is about -
History of ITIL,
ITIL Qualification scheme,
Introduction to ITIL,
For more details visit -
http://vibranttechnologies.co.in/itil-classes-in-mumbai.html
ITIL, formally an acronym for Information Technology Infrastructure Library, is a set of practices for IT service management (ITSM) that focuses on aligning IT services with the needs of business. In its current form (known as ITIL V3),
A brief introduction to ITIL, especially its service lifecycle, plus a short description of what Wake Forest University's Information Systems department has done to date.
Get an overview of the ITIL v3 framework, along with key definitions, history of ITIL, and a summary of the ITIL processes contained within each ITIL publication.
ITIL Foundation Training - A guide to beginners Celtem Learning
The IT Infrastructure Library (ITIL) is a set of concepts and techniques for managing information technology (IT) infrastructure, development, and operations.Get ITIL Certification Today! Celtem Learning.
What Itil V3 Doesn’T Say About Organisational StructurePatrick Keogh
Presentation delivered to itSMF Seminar, December 2008 in Canberra. Discusses sources of best practice for organisational structure.
Updated for Canberra ACS conference, 2010.
Structured organization of Engineering Objects in the information content of ...Yatish Bathla
Management of Engineering objects in the Product model is a complex task. Engineers always faces problem to organize Engineering Objects defined by them as well as track relationship of their Engineering objects with other objects. For existing product, Engineer wastes a lot of time calculating parameter and structure of modeled Engineering Object defined by another Engineer and understanding complex relationship between Engineering Objects. Moreover, it is very difficult for Engineers to interact with Engineering Object which are not related to their discipline. Level of difficulty increases with the large and complex Product. Any change can affect the process of whole product. In this Paper, the author proposes possible solution of above mentioned problems by organizing the Engineering objects in the information content of PLM system. Engineering Objects are categorized and organized by the concept of community zone. Following this, defining and maintenance of Engineering objects are done by categorizing the engineers. Finally, Engineering Object is represented by new form named Community diagram, which provide overview of connected Engineering Objects as well as UML diagram, which provide complete specification of an engineering object. This new format of representation helps engineers to grasp and analyze the structure of complex product model. Also, Engineer can able to modify the existing product model easily and make efficient individual contribution in the Product modeling.
Different Types of Process Involved in the Information Content Product ModelYatish Bathla
Representation of precise information is a challenging task in the information content of product model. Difficulty arises when huge number of analysis can be performed to an engineering object and there is possibility that same type of analysis operation can be performed repeatedly by different engineers as there is no specific methodology to distinguish and store the optimised information obtained from the analysis. Moreover, it is important to store the information obtained due to changes occured in an engineering object in the context of other engineering objects. In this paper, author proposed the
possible solution of above mentioned problems by introducing
the process plane in the information content of Product model.
Process plane defines different kind of process involved during
the analysis, contexual, optimisation, decision and representation level of an engineering object. In this context, three kind of process are proposed namely Analysis process, Effect process and Optimisation process. Following this, Mathematical representation of every process and their relationship are accomplished. Finally, (requirements, functional, logical, and physical)RFLP structure is considered as an engineering object to explain the above mentioned concepts in the information content. This plane can provide all the necessary and important information related with an engineering object such that engineers can calculate
and understand every aspect of the product in the virtual
environment
Community based routing scheme for future Internet considering PLM systemsYatish Bathla
Internet plays an increasingly significant role in our modern life style for our society, educational institution, engineering systems and industrial applications. It serves billions of users worldwide every day by carrying an extensive range of traffic from sources to desired destinations. Along with these advances, inter-domain routing nodes of internet are facing challenging issues like scalability. Path vector routing scheme is not sufficient to cope with this issues for building future internet. There are many different Advance Routing schemes available in the literature for solving the problem. Thorup Zwick routing scheme (TZ scheme) is one of the promising Compact Routing scheme, offering many benefits such as guaranteeing sub-linear state growth with the size of the network by introducing cluster nodes, landmark routing and incurring path stretch. However, the extra burden of routing table size in landmark nodes is an important issue which can generate scalability issues for landmark nodes. This paper tries to solve the scalability problem of internet by making modification in Thorup Zwick (TZ) scheme. we introduce a new concept named community in the topology of internet, re-define cluster nodes and replace landmark nodes with proposed community nodes in the network. The proposal organizes internet in an efficient way by defining new set of rules for inter-domain nodes and reduce routing table size in a prominent amount. The proposal provides an organized, simpler and effective routing scheme. A discrete event simulation study is used to verify the benefits of new scheme. Our simulation results show that the proposed scheme is capable to cope scalability issues of inter-domain nodes, handle generated traffic considering PLM systems and build an efficient future Internet.
Hubble Telescope is used to observe in the near-infrared through the visible spectrum to the ultra-violet.
This Telescope is placed above the distortion of the atmosphere, far above rain clouds and light pollution.
Its advantage to avoid atmospheric turbulence.It has an extremely large field of view which is necessary to obtain high resolution images of large areas of the sky.
Design of management Application allow to control the functionality of each device.
if some devices experience havoc, then we have to keep log of the wrecks of incidents.
With the use of SNMP-MIB we can keep log of the events occurred in the system, which would help in identifying the exact cause of the problems, and would help the administrator in recovery of system.
Example: consider an air conditioner , which can be controlled by service discovery like UPnP, but to monitor its performance, whether its cooling performance is appropriate or not, A management protocol like SNMP could be beneficial.
SNMP allows the standardization of the system and homogeneous interface to the administrator for the management of SNMP and UPnP based devices.
UPnP (Universal Plug and Play Protocol) enables discovery and control of networked devices and services, such consumer electronic equipments. UPnP encompasses two main objects, control point and a device, and use XML,SOAP as the communication protocol
This presentation is based on Evolution of Passive Optical Network. We study strategies for increasing the PON’s capacity regardless of its technology: EPON (Ethernet-based PON) or GPON (Gigabit capable PON). It can also introduce other future Technologies like SCM Hybrids and Coherent PONs.
Global Positioning System (GPS) Time transfer is a scheme where multiple sites share a precise reference time. Multiple techniques have been developed, often transferring reference clock synchronization from one point to another, often over long distances. Accuracy approaching one nanosecond worldwide is economically practical for many applications. Radio-based navigation systems are frequently used as time transfer systems.
In this Presentation, I am going to explain different types of Time Transfer with proper examples and explanation by diagrams
Internet Engineering Task Force contribute to the engineering and evolution of Internet technologies
forum for the betterment of future protocols, standards and products
basic technical standards for Internet protocols are set and maintained standardize all the protocol layers in between, from IP itself up to general applications like email and HTTP.
Evaluating Product System Behavior using Soft Computing in Product Structure ...Yatish Bathla
Behavior Modeling is always a attentive task in the
complex product modeling. It is difficult to monitor different
kind of behavior of a product in the physical environment. In
the RFLP (Requirement Functional Logical Physical) structure,
behavior modeling is accomplished in Function and Logical level.
There are several ways to monitor the behavior of a product. In
this paper,author made an effort to monitor the behavior of a
product system by proposing the Requirement, Function and
Logical Block corresponds to RFLP structure and then monitor
and improve the behavior of a product by using soft computing.
In this context, Mamdani FIS (Fuzzy Inference System) and
Adaptive Nuero FIS are used, which can evaluate the system
behavior. Soft Computing, not only provide the solution of system
behavior monitoring but also improve the performance of a
system in terms of behavior such that product system are able
to work efficiently
Rise of multimedia and network technologies, multimedia has become an indispensable feature on the Internet.
Animation, voice and video clips become more and more popular on the Internet. Multimedia networking products like Internet telephony, Internet TV, video conferencing have appeared on the market
This presentation is based on future direction in Electronic Computing and Information Processing.
There is doubts about the validity of the “ Moore's law” can negatively influence share prices of Processor firms
some exotic new technologies such as nano electronics or quantum computing would be able to save us from this slowdown
This presentation describes role of orthogonal division mutiplexing in optical networks and electrical networks. It starts with introduction ofdm tecnique then move to role of OFDM in Electrical domain then optical domain
H.323 is a recommendation from the ITU Telecommunication Standardization Sector (ITU-T) that defines the protocols to provide audio-visual communication sessions on any packet network.
The H.323 standard addresses call signaling and control, multimedia transport and control, and bandwidth control for point-to-point and multi-point conferences.
It is widely implemented by voice and videoconferencing equipment manufacturers, is used within various Internet real-time applications such as GnuGK and NetMeeting
It is widely deployed worldwide by service providers and enterprises for both voice and video services over IP networks.
It is a part of the ITU-T H.32x series of protocols, which also address multimedia communications over ISDN, the PSTN or SS7, and 3G
H.323 call signaling is based on the ITU-T Recommendation Q.931 protocol and is suited for transmitting calls across networks using a mixture of IP, PSTN, ISDN, and QSIG over ISDN.
Business Value of Agile Methods: Using Return on InvestmentDavid Rico
Provides a brief introduction to agile methods, an overview of popular agile methods, and a brief survey of the benefits of agile methods as reported by major industry studies. Also provides a suite of basic metrics useful for quantifying the business value of agile methods. Discusses parametric models derived from industry data, a methodology for estimating the return on investment (ROI) of agile methods, and a comparison of the costs and benefits of 11 major agile and traditional methods.
II Konferencja Naukowa : Nauka o informacji (informacja naukowa) w okresie zmian, Warszawa, 15-16.04.2013 r. Instytut Informacji Naukowej i Studiów Bibliologicznych, Uniwersytet Warszawski
The 2nd Scientific Conference : Information Science in an Age of Change, April 15-16, 2013. Institute of Information and Book Studies, University of Warsaw
C++ open positions and popularity remain high as media has recently, and there is a reason for that: from the many languages and platforms that developers have available today, C++ features uncontested capabilities in power and performance, allowing innovation outside the box (just think on action games, natural user interfaces or augmented reality, to mention some). In this talk you’ll see the new features and technologies that are coming with Visual C++ vNext, helping you build compelling applications with a renewed developer experience. Don’t miss it!!
Pioneers of Information Science in Europe: The Oeuvre of Norbert HenrichsWolfgang Stock
In this presentation we discuss the works and influence of Norbert Henrichs (born 1935), a pioneer of Information Science in Europe. In the context of philosophy documentation, Henrichs developed in the 1960s a dictionary-independent method of indexing: the Text-Word Method. This method works exclusively with the term material of the documents to be indexed. It starts by using a variant of syntactic indexing, viz. the formation of thematic chains. Documents indexed via the Text-Word Method form the basis for relatively ballast-free information retrieval, but also for studies in the history of ideas. Henrichs was a leading contributor to the formulation and realization of the German Information & Documentation (I&D) program (1974 – 1977). This widely noted political program planned for the world’s entire scientific and technical literature to be made available in 20 specialized information centers. Henrichs served as scientific executive director of the central German infrastructure provision within the I&D program, the “Society for Information and Documentation” (GID), from 1980 to 1985. Over the course of the 1980s, the I&D program broke down—mainly due to a lack of financing. At the Heinrich-Heine-University in Düsseldorf, Henrichs successfully developed a curriculum for information science, which—typically for Germany in the 1980s and 1990s—had no strong ties to either library science or computer science.
Did you know? Implementing ITSM can improve the effectiveness of IT functions by over 62%.
As there continues to be a global shift towards managing more and more data, and housing data in the cloud, many companies are looking to manage their IT budgets closer and sustaining their infrastructure operations. Many studies have provided data on how IT Operational costs eventually decrease over time, but there are still initial costs, and costs to upgrade, scale and sustain.
Until recently, most technical infrastructure components, devices, applications, etc. resided within the organization in which they served. Since the industry has moved to a more virtual model, data, technology, infrastructure services and even applications can now exist in the cloud. With that, there is a need to clearly understand exactly what is being stored in the cloud and how is it being managed.
Areas covered:
1. Understanding importance of ITSM
2. Delivering and managing IT services
3. The value of IT to the business and the service provider
4. Maintaining stability while allowing for change
5. Organizing to improve IT support operations
6. The processes underlying Service Operations
7. What to manage when interfacing with Cloud Service Providers
About Invensis Learning
Invensis Learning is a leading training and professional development solutions provider. We deliver globally-recognized training and certifications to individuals and enterprises to aid key business transformations and help to stay relevant by closing skill gaps and cultivate an environment that fosters continuous learning. We have trained 10000+ professionals over wide portfolio of training and certification courses. We are a trusted partner of many Fortune 500 companies for training and development
For more details please visit: https://www.invensislearning.com/
Your take-away from the IT Service Management (ITSM) presentation are:
• A clear understanding of PM practices used in the implementation of ITSM
• Planning tips to successfully deliver an ITSM process improvement project
• Marketing ideas to socialize the message to the organization
• Testing techniques to achieve organic improvements along the way
• Ways to achieve buy-in from stakeholders
Integrated IT Service Management: From Strategy to Implementing to User AdoptionCA Technologies
Service Management is becoming increasingly pervasive as a key ingredient in the fabric of the business and IT. Explore how Service Management must integrate with all aspects of the IT environment, including project and infrastructure management, and take a close look at a real-life example at a major healthcare organization.
To learn more about Service Management solutions from CA Technologies, please visit: http://bit.ly/1wEnPhz
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2. INTRODUCTION
provides a framework to place existing
methods and activities in a structured
context.
Provides comprehensive, consistent and
coherent set of best practices for IT
Management processes
Promote quality approach to achieve
business effectiveness and efficiency in
the use of information systems
3. Training:
•Fundamentals
•Practitioner
•Service Manager
Qualifications:
Certification at each
level
Consultancy:
Provision of IT
consulting services to
clients based on a de
facto standard
Information Technology Infrastructure Library
Tools: ITIL
“compliance” is
driving tools
manufacturers
itSMF: User groups
providing seminars,
conferences, and
workshops
ITIL is more than a library of books
4. OBJECTIVES
To meet growing needs
Improve quality of IT services
Understand weakness and identify
strength
Align IT services with the current
and future Needs
Reduce long-term costs of IT
service provision
6. ITIL Components
Financial
Management
for IT services
Capacity
Management
Availability
Management
IT Service
Continuity
Management
Incident
Management Problem Management
Change
Management
Configuration
Management
Release
Management
IT
Infrastructure
security
Service Desk
Service Level
Management
8. STRUCTURE OF ITIL
The Business Perspective
ICT Infrastructure Management
Application Management
Service Management
9. Service Management
The business drivers
The technology drivers
IT organization in
Change
o divided into two core
areas: Service Support
and Service Delivery
10.
11. Goals
The Service SupportThe Service Support
Ensure that the IT Services are
aligned to the business needs
To meet this objective, three areas
need to be considered: People with
the right skills , Effective and
efficient Service Management
processes , Good IT Infrastructure
in terms of tools and technology.
Ensure that the IT Services are
aligned to the business needs
To meet this objective, three areas
need to be considered: People with
the right skills , Effective and
efficient Service Management
processes , Good IT Infrastructure
in terms of tools and technology.
12. CORE PROCESS
The Service SupportThe Service Support
Types of Process
o Configuration Management
o Problem Management
o Incident Management
o Release Management
o Change Management
The Service Desk
15. Goals
Service DeliveryService Delivery
o Realisation of Above Three Areas
Decides the type of Service
Deleivered to Customer
o These three areas will only facilitate
the realisation of the objectives if
they are considered in relation to a
conscious, structured mechanism of
alignment or 'steering' towards
concrete business focused goals
o Realisation of Above Three Areas
Decides the type of Service
Deleivered to Customer
o These three areas will only facilitate
the realisation of the objectives if
they are considered in relation to a
conscious, structured mechanism of
alignment or 'steering' towards
concrete business focused goals
16. CORE PROCESS
Service Level Management
Financial Management for IT
Services
Capacity Management
IT Service Continuity
Management
Availability Management
Service DeliveryService Delivery
18. Business benefits
Financial benefits
Employee benefits
Innovation benefits
Internal benefits
Service Management benefits
19. Potential Service Management
issues
Issue :An overall lack of commitment from IT staff
and Customers
How to avoid :Conduct awareness campaigns
Issue : Insufficient knowledge of business strategy
How to avoid :Arrange strategy workshops
Issue :Inappropriate expenditure
How to avoid :Ensure that all expenditure is cost
justified
20. Potential Service Management
issues
Issue :Lack of staff skill
How to avoid :important that the concepts of ITIL are
understood.
Issue : Loss of the Service Management 'champion'
How to avoid :Ensure that a team of people is
responsible and not all initiatives with one person
Issue :Failure to Implement and Deliver
How to avoid :setting of timelines. Break Projects into
more manageable pieces.
21. VISION
Creating a Service Management
vision
Communicating the vision
Empowering others
Setting direction
26. TRACKING MOMENTUM
Consolidate Changes
Institutionalize the Change
Ongoing monitoring
Reinforce business
Knowledge Management
27. SUMMARY
ITIL is:
The international de-facto Best Practice for IT
Service Management
Process Approach to improving Quality, Efficiency
and Effectiveness
Service focused IT management, viewed from the
perspective of IT customers and users
Evolving, vendor-neutral, non-proprietary
framework
CobiT complementary, Certifiable through
ISO20000
28. SUMMARY
Planning and implementation of Service
Management depends what needs to be done and
then produce a plan to do.
The main driver for improvement come from the
business needs and business priorities
Improvement plan take action to achieve the
objectives
the overall strategy focused on IT organization
DEFINED COMMON SENSE
29. REFRENCES
www.ogc.gov.uk
The Balanced Scorecard :
Translating Strategy into Action
Robert S. Kaplan, David P. Norton
1996
Code of Practice for IT Service
Management (A), DISC
The Cultures of Work Organizations
Trice/Beyer 1993
30. REFRENCES
In Search of Excellence: Lessons
From America's Best-Run
Companies
Thomas Peters, Robert H.
Waterman, Tom Peters 1995
A Management System for the
Information Business:
Organizational Analysis
Edward A Van Schaik
Editor's Notes
Growing dependency of Bussiness world to IT services leads to need of quality that is matched to business needs and User requirements as they emerge
ITIL can improve the quality of the service, but at the same time they will be trying to reduce the costs or, at a minimum, maintain costs at the current level.
In other words it is said that the Scope of ITIL is not limited but it is scalable i.e. applicable to both small and large organizations. It applies to distributed and centralized systems, whether in-house or supplied by third parties. It is neither bureaucratic nor unwieldy if implemented sensibly and in full recognition of the business needs of the organization.
To meet growing needs: Main motto of ITIL (IT Infrastructure Library) is the recognition that organizations are increasingly dependent upon IT to satisfy their corporate aims and meet their business needs.
Quality: The aim of ITIL is to give practical guidance in evaluating the current maturity levels of Service Management and on implementing improvement to the processes
Understand Weakness and identify Strength : Review the current IT Service Management practices within an organization to understand where there are weaknesses and to identify the strengths. When these have been identified, implementing a Continuous Service Improvement Programme (CSIP) is the best way to build on the strengths and address the weaknesses.
ITIL is based on The Deming cycle. Based on given Management function( specially on Service Management) there is planning of some Project i.e. what are goals and how to achieve that goals within given amount of time and in how many parts given work is divided into different tasks. Then according to planning ,efforts are applied on that task step by step. Then regularly check the Progress and quality of different tasks within certain interval of time and try to improve the task by regularly acting of given tasks systematically till it will not be completed in proper manner.
These are following ITIL components (different management) which help to organize and diagnose the IT Based Problem by providing different Services.
Among all of them, Service Management is heart of ITIL and is responsible to provide user to client solution( end to end solution).
The Business Perspective: helps the business and Service Provider to understand the benefits of Best Practice in IT Service Management
ICT Infrastructure Management: includes Design and Planning processes,Deployment processes,Operations processes, Technical Support processes
Application Management: Expand on the issues of business Change with emphasis on clear requirement definition and implementation of the solution to meet business needs
Service Management: heart of the framework.Processes. are divided into two core areas
Service Support and Service Delivery
The business drivers: ITIL is seen as an enabler of business Change and is, therefore, an integral component of the business Change programme,there is additional focus on the quality of IT in terms of reliability, availability, capacity and security
The technology drivers: Rapid pace of technology developments is creating a technology push. This technology push is driving more and more businesses to adopt complex technology to support and enable business operation
IT organization in Change: the current role and position of many IT organizations does not meet changing business needs and expectations. IT organizations are turning to best practice IT management practices, as documented in ITIL, to help them realize their new position for delivering higher quality IT services and at the same time drive down the cost of supporting IT.
The primary objective of Service Support is to ensure that the IT Services are aligned to the business needs. It is imperative that the IT Services underpin the business processes but it is also increasingly important that IT should act as an agent for Change to facilitate business transformation.
Configuration Management: Identification of all significant components within the IT Infrastructure and recording details of these components Configuration Management DataBase (CMDB).
Problem Management:has both reactive and proactive aspects. The reactive aspect is concerned with solving Problems in response to one or more Incidents. Proactive is concerned with identifying and solving the underlying causes of Incident before they recur.
Incident Management:restore normal service as quickly as possible following loss of service, and to minimise the adverse impact on business operations, thus ensuring that the best possible levels of service quality and availability are maintained
Release Management:Activities cover the planning, preparation and scheduling of a release to Customers and locations
Change Management: covers the process of IT Change for all types of Change, from the Request for Change, to assessment, to scheduling, to implementing, produces approval or disapproval.
The Service Desk: it is not a process but is the central point of contact for Customers to report difficulties, complaints or questions
This slide show Pictorial diagram of dealing different management support different services and inter-relation between management at different situation faced by users. For example If there is some incident happen, User contact to SERVICE DESK Then this desk contact to INCIDENT MANAGEMENT to resolve given IT based Problem. This Management inter-relate with other managements( Problem Management, Change Management etc) and find solution of Problem and reply back to Service Desk from where user find their solution. In some other cases, User directly contacts with Management Process like in case of change and Release.
Service Delivery to user depends on types of Service Management. Better the way Problem handle by service support , better is the quality of service delivered to customer.
Service Level Management: processes of planning, coordinating, drafting, agreeing, monitoring and reporting on Service Level Agreements (SLAs), and ensure that the required and cost-justifiable service quality is maintained and improved.
Financial Management for IT Services: concerned with three main processes of Budgeting, IT Accounting and Charging.
Capacity Management: focal point for all IT performance and capacity issues
IT Service Continuity Management: responsible for taking risk reduction measures to reduce the chances of major disasters occurring and for the production of an IT recovery plan.
Availability Management: concerned with the design, implementation, measurement and management of IT infrastructure availability to ensure the stated business requirements for availability are consistently met.
This slide show Pictorial diagram of dealing different types of management deliver different services and inter-relation between management at different situation faced by users
Business benefits: More reliable business support provided by processes such as Incident Management and Change Management as well as the Service Desk. Increased productivity of business and Customer staff because of more reliable, more available, IT Services. Enhanced Customer satisfaction as service providers know and deliver what is expected of them
Financial benefits: Cost-justified IT infrastructure and IT services. When implemented, all of the Service Management processes will give long-term financial benefits
Employee benefits :Increased productivity of IT staff because IT staff will know what is expected of them and they will have the processes and training to ensure that this expectation can be met.
Innovation benefits: Clearer understanding of the requirements of the IT service provision will ensure that IT services are delivered that underpin business processes.
Internal benefits: Better information on current services and on where Changes would bring most benefits. Improved communications and inter-team working (both IT and Customer)
1. How to avoid: Conduct awareness campaigns to provide general information and clearly publicise the business and personal benefits that will be realised by implementing Service Management.
2. How to avoid:Arrange strategy workshops with senior business and IT decision makers and develop better working relationships between the business and IT.
3. How to avoid: Ensure that all expenditure is cost justified from the business perspective and that funds are allocated
3.
4.How to avoid: It is vitally important that the concepts of ITIL are well known and understood. ITIL foundation and management training is now widely available leading to an internationally recognised qualification developed by the ISEB and EXIN examination boards.
5.How to avoid: Do not expect one person to do too much and do not leave all initiatives with one person. Ensure that there is a team of people, who can champion the improvement, involved in the CSIPs.
6.How to avoid: Be realistic in the estimation of resources and the setting of timelines. Break projects into smaller, more manageable pieces.
Creating a vision: A good vision statement can serve four important purposes:clarify the direction of the programme , motivate people to take action in the right direction, coordinate the actions of many different people , outline the view of senior management.
Communicating the vision: Although the vision is a powerful tool in helping guide and coordinate Change, the real power is unleashed when the vision is effectively communicated to the stakeholders.
Empowering: Establishing the urgency, creating a CSIP project team, creating and communicating a vision are all aimed at creating energy, enthusiasm, buy-in and commitment to make Change happen. Once the energy has been created, it is important to ensure that people are empowered to carry through the vision and make Change happen.
Setting direction: As a result of setting direction for IT, there should be a strategic direction that aligns IT with the business, enabling it to achieve outcomes such as improved service delivery, flexibility to cope with Change, and high-value for expenditures, policies and standards for consistent approaches to the management of IT, IT and tool management architectures that supports business objectives.
Steering: Ensure that the business is adequately involved in steering IT and for defining the role of IT in supporting the business, it is important that the IT organization understands who its stakeholders are because It is stakeholders who determine when IT is successful and who determine what IT added value is and ensures that they are involved in defining and reviewing IT quality and performance.
Planning: The team should engage in a discussion designed to identify everyone that will be impacted by the outcome of the CSIP and every group that can contribute to its success. Planning by stakeholders is such that they perceive the IT organization's role and quality of services
Analysis: This is done by technique called Stakeholder Mapping. A Stakeholder Map is a diagram that shows the political relationship of stakeholder individuals and groups to one another, and identifies the Change roles (sponsor, agent, recipient, advocate) that each entity is playing. It can reveal risks such as inadequate sponsorship, poor Change agent positioning, and resistance in critical areas
Realization: realization is towards steering. It should be taken into account the way in which IT goals are set and how IT performance is measured and reported.
Benchmarking: Benchmarking is a management technique to improve performance. It is used to compare performance between different organisations - or different units within a single organization - undertaking similar processes.
Maturity: The Process Maturity Framework (PMF) for Service Management can be used for: internal assessment where a benchmark of Service Management process maturity and capability is conducted internally within an organization and external assessment where the framework is used by an external third party company to complete a benchmark assessment of an organization's Service Management process maturity and capability.
Current tool support: By gathering and analyzing existing tool support, a clearer picture will emerge about: whether any of the existing tools meet requirements,the existing data needed to migrate, if it is necessary to implement a new framework of tools or a new integrated Service Management tool
where the current skills and expertise in using and configuring tools exist.
Business case : A business case should be produced and agreed upon, which identifies the: role that the business expects of the IT organization, current stage of maturity of the IT organization, way in which the benefits outweigh the costs.
Identifying and managing risks: The development of the business case requires a detailed understanding of the business need and scope before undertaking the change process. The business case should provide senior management with sufficient information to enable them to make decisions about business need and priority of any improvement projects to the business, and assure that the project is justified in terms of acceptable costs, quantified benefits and identified risk.
Gap assessment report: Gap reports are primarily used when there is a need to present quantitative data. A documented gap assessment is the catalyst to prioritising of where to begin formal process improvement. The gap report is used when there is a need to compare data, contrasting one set of numbers or opinions against another, such as current state versus future state, management versus staff.
GQM: The purpose of the GQM paradigm is to help guide individual organizations to focus on their own particular (quantifiable) concerns and expectations.
Tools: Systems and Service Management toolsets used for both monitoring and controlling the systems and infrastructure components and for managing process-based workflows, such as Incident Management.
Awareness: Raising awareness is an important aspect good communication. It is important that stakeholders understand how the business will benefit from a more mature management of IT and why certain changes and measures are being planned. This will help remove barriers to changes in working practices.
Organizational Change: Change needs to be institutionalized within the organization. Many Changes fail because they are not consolidated into everyday practice. To institutionalize a Change means showing how new working practices have produced real gain and benefits, and ensuring that the improvements are embedded in all organizational practices
Cultural Changes: Organizational culture affects leadership style. culture is a key issue in implementing Service Management.it could be the source of resistance
Implementation role: One of the most difficult aspects in implementing a CSIP is the fact that the new processes and working practices are implemented within an existing organizational structure. To assist with this task the A.R.C.I model is often used within organizations indicating roles and responsibilities in relation to processes and activities:
A - accountability - ownership of quality, and end result of process
R - responsibility - correct execution of process and activities
C - consulted - involvement through input of knowledge and information
I - informed - receiving information about process execution and quality.
Training: Structured training initiatives in a CSIP will provide the following benefits in addition to skills and competence development: speed up the time to realize the intended benefits of the CSIP and maximize the chance of overall programme success, create overall awareness and understanding of the framework and terminology, provide a platform where the relevance of the new learning for the organisation can be discussed in groups, provide a platform and knowledge to help identify and minimize possible problems and incorrect implementation approaches, help highlight skills and competence deficiencies so that additional skills and competence development initiatives can be taken.
Use of tools:
Critical Success Factor and Key Performance Indicator establish the baseline and mechanisms for tracking performance.
Success Factors: control of IT assets, support the delivery of quality IT services, economic service provision support, integration and interfacing to all other ITSM processes.
Key Performance Indicators: percentage reduction in number of Configuration Item (CI) attribute errors found in Configuration Management Database (CMDB), percentage increase in the number of CIs successfully audited, percentage improvements in the speed and accuracy of audit.
Organizational driver: Planning and implementing good ITSM processes can meet requirements organization demands. five most important demands are:
Support the business, Act as an agent for Change, Enable the business strategy, Lead the e-business capability, Facilitate business transformation.
There must be active attention paid to ongoing maintenance and further improvement to make sure that all the effort is not lost and to maximize learning and knowledge retention.
Consolidate Changes: Consolidate Changes, produce more Change. success of quick wins to keep momentum going and to create more Change. In a CSIP, it is important to recognize short, middle and longer-term wins.
Institutionalize the Change : it is essential that major Changes be consolidated into everyday practice
Ongoing monitoring :measuring is the process of gathering credible information or data in the CSIP areas. Monitoring is the repetition of this process at regular intervals, the accumulation of historical measuring results, and the analysis of this history for meaningful trends. These activities are complimentary and synergistic, with each adding value to the other
Reinforce business: Developing new systems and maintaining existing systems while responding to changing business priorities can be a difficult challenge, but it is a basic premise of every IT culture. By doing right order of importance, Work will be of higher quality. business priorities make it clear how operations affect the business, and which parts are affected in what ways.
Knowledge Management: Effective Knowledge Management enables a company to optimize the benefits of these Changes, while at the same time: enhancing its organization's effectiveness, enhancing Customer/Supplier relationships, improving business processes.
Organisations spend too long assessing and planning and then reassessing without actually taking any action to improve service quality. So when the improvement plan has been produced, it is important to take action to achieve the objectives
organization cannot justify immediately wholesale implementation, so addressing the areas of greatest need now and planning the longer-term strategies for the future will be required.