| JumpStart
has been developed to meet the above mentioned requirements and the
vision of a business intelligence solution that enables humans to
communicate efficiently across organizational boundaries by seamlessly
integrating heterogeneous data sources. The two key distinctions of
the approach to integrated business intelligence incorporated in
JumpStart are: 1) standardized business documents as a key user
interface, and 2) a “schema-less” XML database enables
integration. These key features distinguish JumpStart from an entire
category of existing project and program management tools that are
commercially available.
The design philosophy of JumpStart has been
to develop a powerful program management information system while
providing a simple and intuitive user interaction through standardized
business documents in all stages of the program management lifecycle.
JumpStart supports all essential program management activities and
corresponding documents such as creation and monitoring of annual task
plans; monthly reporting of technical, schedule, management, and
budget status; tracking budget phasing plans; analyzing program risks
and mitigation strategies; reporting and evaluating project life cycle
costs; accessing convenient aggregated views; and automatically
creating Quad-Charts and other reports. It is a comprehensive, web
enabled tool which provides an intuitive and enhanced web interface
for all user activities from setting up the basic program
configuration, to creating reports and charts. Alternatively, data
input can be easily done off-line by downloading annual task plans,
monthly reports and other documents to a local desktop. They can be
edited with conventional spreadsheet software and uploaded to
JumpStart by the push of a button. Figure 2 provides an illustration
of a typical input document:
At NASA input documents such as Task Plans
and Monthly reports are typically in formats such as Microsoft®
Excel, Microsoft® Word, Microsoft® Powerpoint® and Adobe® Acrobat®
since they can be easily distributed by email. JumpStart users just
take the spreadsheets, presentations, and reports that they use in
their day-to-day activities to input data into the JumpStart system.
This input process is extremely simple, typically requiring users to
upload information through a web server, or simply drag and drop
documents into (Web DAV4) folders on the desktop. The input data is
automatically converted into XML and stored in a highthroughput
information management system (discussed in detail in the Technical
Details section).
JumpStart can automatically generate
aggregated documents from several input documents from multiple
programs, very quickly. For instance JumpStart has been used to
automatically generate NASA IBPDs (Integrated Budget Performance
Documents) spreadsheets using rollup approaches, thus saving
significant time and eliminating budget errors. The details and
benefits are discussed further in the conclusions section. Other
examples of the aggregated documents are integrated budget/cost
reports or summary Quad-Charts that can be automatically created by
JumpStart.
JumpStart is also interfaced and
interoperable with existing NASA information systems. For instance it
is connected to the ERASMUS5 reporting system and to the NASA
Technology Inventory6, thereby significantly reducing cost and time
for entering the same data multiple times into different systems.
In essence, JumpStart acts like the nervous
system of a complex living organism—it rapidly transports vital
information from its operating parts to decision-making authorities
and back, allowing a program to move ahead in a coherent and efficient
manner and to master changes in the environment fast and proactively.
A schematic illustration of the information
workflow is provided in Figure 3 above. While information storage and
other details are discussed in the following section, we must stress
that this approach manages information using open and interoperable
standards (i.e., XML) but without enforcing day to day users to
mark-up their data in any particular format. We begin with enterprise
information in business documents which is converted automatically to
XML for storage, management, and integration, and which is then
composed and formatted for output to business documents and
applications as needed for end applications.
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