Innovation for software

This allows project managers to quickly visit the dashboard and identify the top scoring ideas. By relying on predetermined criteria and an automated scoring system, companies can bypass low scoring submissions and focus time and effort on developing the most promising ideas.

The next stage in the innovation process is to begin to advance top-rated ideas through a stage-gate workflow. Each company can use the software to create a customized qualification process that can further filter ideas and establish organized workflows according to department, brand, idea type, etc. Essentially, ideas are appropriately directed to the right place for the next stage of review and development. As ideas move along the development pipeline, reviewers can directly communicate with the innovation team and individuals through the centralized dashboard.

Supporting documents, including: videos, images, Word documents, PDFs, and other files can be easily shared and viewed by the entire team. In addition, participants can view the collaboration and workflow history in order to understand exactly where a project stands and what steps need to be completed before moving forward. Reviewers and collaborators also have the ability to set up automatic alerts so that they can be instantly updated the moment changes are made to the project.

By facilitating better communication and automating certain processes, innovation software is able to reduce the amount of time it takes to develop an idea and get products to the market. No matter what stage a project is currently in, innovation software can identify the path to development and move an idea to the next stage. Innovation software was originally designed with enterprise businesses in mind, but there are really no limitations on who can use and benefit from this versatile tool.

As you might imagine, more competitive, technology-driven fields, such as finance, healthcare and software development have the most to gain from fostering an environment of innovation. These industries face the most significant increase in global competition, which requires a proactive approach to innovation to stay relevant. They must anticipate and lead trends or risk being left behind. Innovation software serves as a vital tool that is able to capture and develop ideas more easily than ever.

Create a culture of innovation. Companies need to go beyond simply talking about the importance of innovation and actually empower employees with tools they need to actively contribute to the company and have their ideas heard. The corporate environment often relies heavily on a hierarchy that discourages lower level employees from sharing ideas or questioning the status quo. Innovation software removes these perceived boundaries and effectively creates a culture of innovation where ideas are welcomed and given appropriate attention without getting overwhelmed with information.

Increase employee engagement. The ability to simply log into a centralized dashboard and quickly submit an idea had proven time and again to increase employee engagement.

When innovation challenges are formatted as a contest or game , engagement increases even more. This means that employees are more invested in the success of the company and feel like a valued contributor. As a result, overall job satisfaction increases and an environment of collaboration is firmly established. Streamline process. With automated features, companies can streamline a variety of processes. From evaluating and sorting submissions to tracking project history and efficiently moving ideas through a designated workflow, innovation software significantly reduces the development time so that products and services can be put on the market faster.

It is the ideal way to manage ideas and build internal and external networks for collaboration. Improve the customer experience. As companies focus on staying competitive, increasing revenue and driving growth, it can be all too easy to lose sight of the customer experience. Unfortunately, this can be a fatal mistake, which is another reason why businesses need innovation software. Idea capture methods can be opened to consumers who can provide valuable feedback and offer solutions based on the user experience that may be easily overlooked by internal departments.

In Rumelhart, Hinton and Williams showed experimentally that this method can generate useful internal representations of incoming data in hidden layers of neural networks. For more information, see Backpropogation Wikipedia. This is confirmed by "The history of email" by Ian Peter. Email between users on a single computer existed before, but email that can span computers is far more powerful.

David Parnas published a definition and justification of modularity via information hiding. Lexitron and Linolex developed the first word processing system that included video display screens and tape cassettes for storage; with the screen, text could be entered and corrected without having to produce a hard copy. Printing could be delayed until the writer was satisfied with the material.

Other word processors were developed since. Rudolf Bayer and Edward M. McCreight publish the seminal paper on B-trees, a critical data structure widely used for handling large datasets. By this date high-level languages had been used for many years to reduce development time and increase application portability between different computers. But many believed entire operating systems could not be practically ported in the same way, since operating systems needed to control many low-level components.

This was a problem, since it was often difficult to port applications to different operating systems. In J. Stoy and C. Strachy discussed OS6, an experimental operating system for a small computer that was to be portable. In the fledgling Unix operating system was rewritten in C, a high-level programming language that had just been developed, though at first the primary goal was not general machine portability of the entire operating system.

In the Unix system was modified further to be portable , and the Unix system did not limit itself to being small - it intentionally included significant capabilities such as a hierarchical filesystem and multiple simultaneous users. This allowed computer hardware to advance more rapidly, since it was no longer necessary to rewrite an operating system when a new hardware idea or approach was developed.

The Cyclades project began in as an experimental network project funded by the French government. At the time, networks were built and refined for a particular media, making it difficult to make them interoperate. NCP also assumed that it was networking specific computers, not networks of networks. This approach would later be part of the Internet. Early attempts to design the Internet tried to create a single protocol, but this required too much duplication of effort as both network components and hosts tried to perform many of the same functions.

This was combined with the earlier approaches of using gateways to interconnect networks. The origins of the Internet are actually quite complex, and I am necessarily omitting some detail. Cerf said part of the reason their protocols took hold quickly and widely was that he and Dr. Kahn made no intellectual property claims to their invention. There have been many efforts to create fonts using mathematical techniques; Felice Feliciano worked on doing so around However, these older attempts generally produced ugly results.

In Peter Karow developed Ikarus, the first program to digitally generate fonts at arbitrary resolution. In , Donald Knuth revealed his program Metafont, which generated fonts as well this work went hand-in-hand with his work on the open source typesetting program TeX, which is still widely used for producing typeset papers with significant mathematical content. Algorithmically-generated fonts were fundamental to the Type 1 fonts of Postscript and to True Type fonts as well. Font generation algorithms made it possible for people to vary their font types and sizes to whatever they wanted, and for displays and printers to achieve the best possible presentation of a font.

Today, most fonts displayed on screens and printers are generated by some font generation algorithm. This is a critically important approach for reasoning about parallel processes. The Diffie-Hellman public key algorithm was created in a way that the public could read about it.

This algorithm allowed users to create a secure communication channel without meeting. In Stuart Feldman developed make at Bell Labs. Make allows developers to briefly state how components depend on other components; the make tool can then automatically re-build or do other operations in the right order, skipping what does not need to be done.

In Dr. Rivest, Shamir, and Adleman, published their seminal paper describing the RSA algorithm , a critical basis for security. The RSA algorithm permits authentication or encryption without having to previously exchange a secret shared key, greatly simplifying security. US patent Dan Bricklin and Bob Frankston invented the spreadsheet application as implemented in their product, VisiCalc.

This is an important approach for ordering events in a distributed system. In operating-system-level virtualization aka containers , the underlying operating system kernel which typically provides filesystem mechanisms and networking primitives is shared among a set of run-time units called containers.

The containers have at least isolated filesystems, and in many cases are isolated in other ways e. Since there is a shared underlying kernel, these can be much more efficient than full virtualization though this sharing also creates a larger attack surface that must be secured. The "chroot" system call was introduced to Unix v7 in , which could change the "root" directory visible to a process and its children.

This made it possible to create independent isolated views of a system's files. Krasner and Pope later documented the approach extensively and described it as a pattern so it could be more easily used elsewhere. However, this design pattern has since been widely used to implement flexible GUIs, and has influenced later thinking about how to develop GUIs. In Bruce J. An RPC Remote Procedure Call allows one program to request a service from another program, potentially located in another computer, without having to understand network details.

The requestor usually waits until the results are returned, and local calls can be optimized e. Birrell and B. Nelson and Birrell for the Remote Procedure Call. While not a positive development, this was certainly an innovation. Elk Cloner written in by junior high school student Richard Skrenta , as a practical joke. It attached to the Apple DOS 3. The history of computer viruses is more complicated , and some consider earlier programs named Creeper, Rabbit, or Animal as the first virus.

Fred Cohen later wrote academic works studying computer viruses. Some theoretical work had been done before on massive database distribution, but not as a practical implementation on this scale, and DNS innovated in several ways to make its implementation practical e. Dick Grune released to the public the Concurrent Versions System CVS , the first lockless version management system for software development.

In , Grune wanted to cooperate with two of his students when working on a C compiler. While standing at the university bus stop, waiting for the bus home in bad autumn weather, he created an approach for supporting distributed software development that did not require project-wide locking. CVS has since been re-implemented, but its basic ideas have influenced all later version management systems. The initial CVS release did not formally state a license a common practice at the time , but in keeping with the common understanding of the time, Mr.

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