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DAILY NEWS AND INFORMATION
FOR THE GLOBAL GRID COMMUNITY /
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Special Features:
DEFINING A CONCEPT FOR EXTENDING
NETWORK SYSTEMS, SERVICES
By K.S. Venkatram
In this article I will proceed with the mechanism of the Nth'Connection,
the
effectiveness in working with remote services and systems.
Modeling the core, building the grounds: For any reference, the URLs for
the
"Defining a concept for extending the Network Systems and Services - Open
Universal Decision-making and the Totaling Theory and Technology model"
articles are available as:
1.www.gridtoday.com/04/0308/102796.html
2.www.gridtoday.com/04/0322/102882.html
3.www.gridtoday.com/04/0405/102963.html
Review of the Open Model Station
To support referral, this article discusses the description of the Open Model
Station and the Nth'Connection Technology/Domain that connects companies,
users, domains with this "Universal Architecture" information. This
Nth'Connection Technology/Domain scope and design will further decision-making
and the principles in which companies, users live and connect in.
a. For any reference, as the Open Model Station for Universal Infrastructures
- The Open Theory and Technology Station will propose to support and design a
computer from what we expect today to the new specification that helps
interoperable use.
b. For any reference, as the Open Model defines interoperability and
interoperable use - The Nth'Connection infrastructure will use specific
support for the Remote File System. The specific support, or the
AccessNDecision specification will be integrated into the remote file system
to understand, report, store and build grounds.
c. For any reference, as the Nth'Connection infrastructure and interoperable
use of the Remote File System - AccessConnectNDecision services will model a
grammatical set of rules and these rules will expect to enable the extensible
network user experience or interoperate with multiple remote file systems.
Publications and articles for related analysis
For any reference, the URLs for the "Defining a concept for extending the
Remote Network File System Services" articles are available as:
1. www.gridtoday.com/03/1103/102205.html
2. www.gridtoday.com/03/1110/102235.html
3. www.gridtoday.com/03/1117/102265.html
4. www.gridtoday.com/03/1124/102291.html
5. www.gridtoday.com/03/1208/102361.html
6. www.gridtoday.com/04/0315/102833.html
Publications and articles for related analysis
Previous development plans, interoperability and extensibility is published as
part of the series about "Defining a concept for a Smart Neighborhood" in the
Grid Today. The article is not a published solution. Rather, they introduce
the reader to a concept for a smarter neighborhood and guide the user through
a comparative analysis and extensibility of a sensor-controlled network in
enterprise scenarios.
For any review of the sensor-controlled network or interest in understanding
the sensor and the Simple Model, the URLs for the "sensor-controlled network
and connection point services" articles are:
1. www.gridtoday.com/03/0602/101487.html
2. www.gridtoday.com/03/0609/101511.html
3. www.gridtoday.com/03/0616/101543.html
4. www.gridtoday.com/03/0623/101584.html
5. www.gridtoday.com/03/0707/101653.html
Concepts for deployment, the spectrum in Open Universal Infrastructures:
In the article we will define the specification, the plan and effort is to
model an Integration Runtime Environment for future network effectiveness and
this plan will enforce, reserve and extend safer experiences.
a. The concepts, scope reviews a plan to enforce an exploratory knowledge of
operations-based computers that the customer supports for universal
requirements on a day-to-day basis for server based or policy based
neighborhoods.
b. We know today that most customers expect network systems and services to
enforce universal specification, to subjectively look at this the development
plans, interoperability will be defined with the help of various manageability
supports.
Network systems need the universal specification to be enabled across network
neighborhoods but this expectation is not modeled, this summary conceives the
core first step to such expectations i.e. set the infrastructure support by
first exploring, enforcing and then accessing operations-based computers
irrespective of platform or operating expenses.
c. The Operating Systems, versions commonly marketed today have their own
technology & internal requirements to work in network scenarios & solutions,
the market cannot expect that each computer installed with an operating system
version-resource spectrum will transparently fit into the universal
expectation.
The most common experience is that we rely on understanding the universal
nature of the platform later. We do not have an exploratory basis of reviewing
the network computer for well-known spectrum of requirements. This well-known
spectrum forms the working set of principles that most network administrators
have experienced while working with various network services.
d. The Open Universal Infrastructure plan would enforce this working set, the
Open Universal model intends to define the network operations,
interoperability support to explore-enforce-validate whether the services on
the network computer integrate the entity into the "Open-Universal context".
e. No Operating System vendor, today has the "Open-Universal context",
Nth'Connection model to enable exploratory principles of working sets to
evaluate whether the network entity with this operating system, infrastructure
could fit into the neighborhood or network management.
f. Till date the bundling of software is more aided by specific interest &
manageability interest of third parties, companies developing Operating
Systems, Services, Network Neighborhoods; the management trays are not
developed for realizing & securing a network node as signed for "Open
Universal Core Model".
g. In the "Open Universal Core Model" we do not deal with monitoring network
entities but conceive a scope for modeling for a new infrastructure; the new
infrastructure enables all network entities to be managed with some defined or
fixed specification or support.
h. Till date business cases, are more that, the network user learns later
about the lack of service-support, this ineffectiveness stops the network user
from initiating experiences for Universal Management of the network entity.
Integrating the "Open Universal Infrastructure solution" with the Operating
System, Connectivity & Provider Services, can control this limitation.
i. This means that any monitoring scope can easily identify a network entity
and define the support for the "Open-Universal Working Set" to sense whether
the entity is robust-effective and management aligned with Open Universal
requirements.
j. With the "Open Universal Infrastructure", the network is developed with
support for a model where Open Universal nodes interface/rely on
connection-points with Neighborhood Object Attributes.
At this summary, it can be said that Neighborhood Object attributes could
define Activation, Integration, and Support for User-experiences, Support for
Version Assistants, Support for Manageability Assistants and Support for
Extensibility Assistants.
At this stage, commonly stated the plan is revise many custom network
experiences to Open-Universal experiences. Today languages used to develop
applications, platform support or frameworks generally enable and develop
applications for selective x tasks, the World and manageability asking is to
support the "Open Universal Core Model, Open Universal experience and a signed
node concept in the network".
k. Today many third parties develop solutions to define policies, operations
to manage network entities in a most efficient way, but the network entity is
more really a target for third parties to install, update or return to
investments with newer solutions-designs, in this business scenario it effaces
some principles of the Core-Universal Infrastructure. The manageability
principle, actually is the responsibility of the company developing a solution
for the network, so the role of the "Open Universal Infrastructure is to
enable solutions developed using the Microsoft .NET, Novell NetWare, more
common UNIX-compatible focus" to be Universal Experience.
The Open Universal Infrastructure can enable solutions developed with any
spectrum of specifications to "sign infrastructure for the Open Universal
Network Experience".
The Open Universal Network Experience:
A. The Nth'Connection and the Open Universal Model-System Tier will
conceptually enable options for network access. This will mean develop, report
specifications for the operations-based computer and sensor-controlled
services. To align with this conceptual experience, the support model will
start with an interest for design experiences, specifications to connect the
network, and analyze design experiences for the network. In conceptual
experience, the alignment will develop the management interest in
specification for what we can call as Open Universal Decision-making and the
Totaling Theory and Technology model.
B. The Open Universal network experience plan requires designing a experience
for installation & versioning. The experience could use an Open Universal
"Installation & Versioning Policy Manager", this could conceive an
infrastructure for deployment. This could propose support for an exploratory
knowledge of operations-based computers.
For the Nth'Connection model, the interest is in a specification for Open
Universal Centers, Policy Managers, a System Tier that interfaces with the
services, operations-based computers, policies and Neighborhood Object
Attributes.
C. The Open Universal Center, Policy Manager will reference a pool of classic
policies that are distributed to the remote network computers; the pool of
classic policies will then extend network support on these remote network
computers.
D. The Open Universal Center, Policy Manager specification will conceive
support through multiple types of installations, performance planning and
tuning strategies.
Totaling Theory and Technology services, the Open Universal Center and Policy
Manager:
A. The Open Universal, Totaling Theory and Technology Experience
We know today that customers expect the universal specification to be enabled
across network neighborhoods but this expectation is not modeled, this Open
Universal Center, Policy Manager will conceive the core first step to such
expectations i.e. the model could set infrastructure support by first
exploring, enforcing and then look at accessing product services irrespective
of platform or operating expenses.
The Operating System versions commonly marketed today have their own
technology & internal requirements to work in network scenarios & solutions,
the market cannot expect that each computer installed with an Operating System
version-resource spectrum will transparently fit into the universal
expectation. The most common experience is that we rely on understanding the
universal nature of the platform later. We do not have an exploratory basis of
reviewing the network computer for well-known spectrum of requirements. This
well-known spectrum forms the working set of principles that most network
administrators have experienced while working with various network services.
B. Today as we are interested in planning product network rollout, install
support is not pre-experienced but turns out to be dependent on the network
rollout experience. The network today needs support for installing a product;
the typical services that help planning a product install on a machine that is
part of the network are as follows.
Here we define an operations-based computer to need network connectivity and
platform support.
1. Are supported Platform connectivity services intact on a network or
operations-based computer?
2. Are Network Support services intact on the machine?
3. Are the Platform File System services intact on the machine?
4. Are the Platform Infrastructure services intact on the machine?
5. Are Operations Infrastructure services inter-operational and intact on the
machine?
6. Are Operations and Performance Monitoring services for resources and host
configurations intact on the machine?
7. Are Setup Infrastructure services for infrastructure status active & policy
intact on the machine?
8. Are Open Universal Support and core services active & status intact on the
machine?
C. With the network deployment/requirements in performance planning & tuning
strategies, common, product-typical services could effect, help planning the
product interest.
1. Are product directories and product files intact on the machine?
2. Are product database files intact on the machine?
3. Are the product's interfaces, functions/services intact on the machine?
These could be libraries, native services, vendor database services or
management services for networks.
4. Are the product's interoperability focus experiences, such as packages,
registry, or Configuration interfaces, services intact on the local machine?
D. What will the Open Universal Center, Policy Manager help as planning any
product's install?
1. The Open Universal Center, Policy Manager design will design mechanisms to
roll out policies prior to any network deployment; the proposal enables
deploying infrastructure applications or other high-value management solutions
with more effective installation & management results.
The focus is develop core contextual extensibility for network deployment. The
plan is develop integrated support for policy enforcer services. This could
mean installing a Policy Manager on each remote network computer that needs to
be setup prior to any network deployment.
2. Using the new Smart Neighborhood integration, the proposal could help roll
out policies to other network users or to other neighborhood Smart or Open
Universal Center, Policy Manager clients.
3. The Open Universal Center, Policy Manager plan will ease interoperability
focus, issues with network computers. The Open Universal Center, Policy
Manager's policies will include pre-defined settings and the extensibility to
support the interoperability focus.
4. The Open Universal Center, Policy Manager will permit the network user to
review, extend, define, revise or delete local policies. In the extensible
model, the support will enable plug-ins for the Open Universal Center or third
party services to enhance policy management.
E. What the Open Universal Center will effect in most companies, users,
domains with this "Universal Architecture" information?
The Open Universal Infrastructure helps project this working set of
expectations-build on most effective experiences to explore-enforce-validate
whether the services on the network computer integrate the entity into the
"Open-Universal context".
F. What exactly can the Open Universal Center enable as use? Today
interoperability is core for any network connectivity solution. The Open
Universal, Totaling Theory and Technology Experience or Smart AccessNDecision
mechanism would enable an interoperatibility with the Open Universal Center
for principles of using the Open-Universal context, the Policy Manager,
network connectivity to access or use remote files, storage and remote
services.
The plan is define, integrate support for the new mechanisms of installation &
policy controlled support for installing products on remote file systems.
a. Open Universal Interoperability as Interfaces, Basic services with core
interoperability to explore, define, or design cost-effective services that
work in the basic level and help explore the remote file system.
b. Open Universal Interoperability as Platform Policy Manager Interfaces with
support to define, or effect platform based cost-effective services.
c. Open Universal Interoperability as Policy Manager Interfaces with
connectivity services. Open Universal information when supported in
definition, availability and understood for operations-based compatibility
develops the principles, composite services to control the AccessNDecision
mechanism.
Prior to network rollout, extensible plans for installation, on scanning Open
Universal AccessNDecision information the Policy Manager would enable
AccessNDecision validation, extensive support, alignment and more effective
product installation.
d. Open Universal Interoperability as Policy Manager Interfaces with Platform
File System services
e. Open Universal Interoperability as Policy Manager Interfaces which explore
Platform infrastructure services
f. Open Universal Interoperability as Policy Manager which explore operations
infrastructure services
g. Open Universal Interoperability as Policy Manager Interfaces which explore
specific product infrastructure services
h. Open Universal Interoperability as Policy Manager Interfaces with
marshalling services to write/read/align with various file formats, platform
dependencies
i. Open Universal Interoperability as Policy Manager Interfaces for extensible
network support with the Neighborhood Assistant services
j. Open Universal Interoperability as Policy Manager Interfaces for enriching
user experience with AccessNDecision, enterprise virtual folders. The
AccessNDecision service will enable mechanisms on Terminal Servers, Enterprise
Servers and Operations-based neighborhood
k. Open Universal Interoperability as Policy Manager Interfaces for Decision
Support and Information services on Installation and Versioning
Open Universal Interoperability, Assistants work to keep the same
specifications signed for compatibility with the Working Set:
a. The Open Universal Interoperability plan, Assistants to sign specifications
for some basic elements
b. The Open Universal Interoperability plan, Assistants to sign specifications
for some common-use elements
c. The Open Universal Interoperability plan, Assistants to sign specifications
for some integration specific elements
d. The Open Universal Interoperability plan, Assistants to sign specifications
for some service specific elements
e. The Open Universal Interoperability plan, Assistants to sign specifications
for some version specific elements
f. The Open Universal Interoperability plan, Assistants to sign specifications
for some "performance specific elements"
g. The Open Universal Interoperability plan, Assistants to sign specifications
for some "remote file system specific elements"
Article subjects and other details:
a. Life N Profession - A spectrum for connecting infrastructure for any
Technology Opportunities Program.
b. The readers will be able to access specifications for the Universal
Infrastructure, Open Theory and Technology Station, Assistants, Enterprise
services for the Open Design Objective and the Open Universal Center from the
site .../akaashopenenterprisecenter. The web site details will be made
available when the costs and additional involvements are worked out for the
new company called the "Akaash Enterprise Partnership".
+ The company will model services to develop principles for "Wings of
Connectivity & Interoperability". The company will also develop
AccessConnectNDecision Interfaces, Web services, the spectrum mechanisms for
the Open Universal Center principle for connecting infrastructure with the
Open Theory and Technology Station.
+ The .../akaashopenenterprisecenter will design the Open Theory and
Technology Station for the various "Defining a concept" URLs mentioned in the
articles till date.
About K.S. Venkatram
K.S.Venkatram is a computer engineer from the University Of Poona
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