Technology Development Projects

Improvements to LinkedIn

We think that LinkedIn should make their invitation system allow users to delete old contacts that have been taken from their address books of various e-mail accounts, or that have otherwise been imported. This concept developed because we have a lot of contacts that show up as “Invite”, that they are for email addresses of people that don’t even use those addresses anymore, so it just clogs up the add connections dialogue – because you have to scroll through all of the old contact information to see what other active members are available, kind of staggered in-between the old contacts.

LinkedIn should make an option where we can just delete all of the data it collected and start fresh or have a manual deletion option for each specific item.

LinkedIn should also fix the problem with images not showing up correctly in the chat dialogues – this happened to us even when communicating with a LinkedIn staff member.

Suggested Improvements to Slack Desktop

This isn’t really an invention concept, but rather a suggestion for improvements to Slack Desktop, which is used commonly within software development environments. Due to the high number of computers that we use at MCE123, for various purposes, including the Company Founder’s multiple laptops used for school purposes, and multiple laptops and desktops used within the company, in addition to several servers, we suggest that the sign-on experience for Slack Desktop allow for a single sign-on capability, that allows all of the email / password combinations for various slack channels to be stored within a single sign-on, and then the user can select which workspace(s) they want to interact with on specific systems. Without this, we are literally pulling out our hair every time we add a new workspace, because we may need to add the workspace on the upwards of 8 different computer systems.

Further improvement suggestions may follow in the future.

Artificial Intelligence IT Datacenter Management System

This invention concept pertains to a system that uses artificial intelligence to run a datacenter, efficiently, in a way that its operations and deployments of servers and software are done in a way that minimizes overhead and increases the abilities of the datacenter to serve the software solutions. This technology would manage properties such as deploying new servers into clusters, and the synchronization of the new servers through the customization of each server based on a server properties template – in a way that minimizes the overhead on the internal network, or uses bandwidth during times that are less active in the datacenter. The system would also manage the security of the datacenter, such as having an AI based firewall and Intrusion Detection System, that would allow the accurate detection of all attempts of hacking and other malicious activities. The system would also manage backups of servers, in a way that data can be archived when it is not being used as much, such as to magnetic drives instead of SSDs to decrease costs, and a system that can quickly retrieve any archived information and move it to SSDs or cache when it is needed. The system would also have the ability to create endpoints in between services, APIs, and technologies, in order to structure the relationships between code and hardware systems in a way that maximizes the efficiency based on the needs of the datacenter, both internally and externally. This could include software that manages storage, memory, CPU cycles, processes, network traffic, databases, and all intermediaries that use these components.

Different Types of Programming Languages and Platforms

This invention concept pertains to creating new types of interfaces in which people and computers can generate computer code that can then be run, without there being any errors in the program. Examples of these different types of programming languages and platforms include:

  • Voice Recognition that extrapolates to Computer Code

    • Low-level concept would be the typing of the exact code as it is said, along with actions such as jumping to another part of the code.

    • High-level concept would be the conversion of logical statements or problem statements inputted into the computer, that then outputs clean code corresponding to those semantics in the logical statements

  • Hand Gesture Recognition that extrapolates to Computer Code – this would be a visual type of Artificial Intelligence which can receive commands based on movements of the hand or other parts of the body to write computer code.

  • Writing Recognition that extrapolates to Computer Code – this would be a system that can detect what you are writing on a tablet or paper, or a computer tablet, or a touch screen on a computer, that would then translate those strokes into code that can be run on the computer

  • Brain-to-Computer Interface (BCI) that extrapolates to Computer Code – this technology pertains to a brain-to-computer interface that can read your active thoughts and publish them in computer code that is based on a detected problem statement or purely functional authoring of code with brainwaves.

  • Internet Input that extrapolates into Computer Code – this could pertain to a security program, that automatically traces all of the steps of all visitors that are flagged for abuse or otherwise have broken the agreement of the website that gathers the information, such as for the purpose of writing code in real time that updates to the needs to protect from active hacking attacks.

  • Visual Computing that extrapolates into Computer Code based on a series of images that may be gathered from the Internet or otherwise – this technology could be used for self-driving cars, for an instance. The use of a main server to study all video that is captured from the self-driving cars, could lead to the generation of computer code, or modifications to computer code, based on the imagery data that has been captured by any type of vehicle, such as for the purpose of studying accidents to determine how to prevent them in the future.

Video Projector Using Artificial Intelligence

This invention concept pertains to a video projector that is attached to a computing system that has an artificial intelligence processing center, that takes voice commands on what to display through the video projector. It works by analyzing voice signatures, and determining what commands are being said, and then translating the commands into actions on the computing system using the Artificial Intelligence. The system is capable of displaying anything on the Internet or Intranet, for the purpose of internal viewing of intelligence sources, such as for intelligence debriefing, or presentations. The system can also build graphics using Artificial Intelligence graphics software, that takes in commands to build specific shapes and colors of graphics. The system has a library of basic shapes and graphics, and has an Artificial Intelligence graphics manipulation system, that is able to conduct advanced graphics development and editing on the fly, and display the graphics on the video projector.

More Articles...

  1. Virtual Walk-Through World
  2. Paper-Thin Computers, Tablets, and Phones
  3. System to Render Layers and Dimensions of 2D Images into a 3D Immersive Environment
  4. News Website that Pulls Content from External Websites
  5. Telepathic Telephone
  6. Integrate Weather Service with Road Mapping / Satellite View
  7. Improvement to PayPal
  8. Screen Previewing Technology
  9. Improvements to Website – Customized Content Based on Accessor
  10. Facebook - Add An E-mail Address
  11. Improvements to HP Printers
  12. Large Plasma or LCD Screen on Wall
  13. Request to Become WatchGuard Beta Tester
  14. Information Technology Updates to Existing Systems
  15. Cloud Computing – OneDrive, Google Drive, or Other Cloud Drive Services as Backup Services
  16. Cloud Computing – Continue Uploads, Download of Files That Have Changed Name
  17. New Futuristic Voice Recorder
  18. Compartments of Cloud Technologies
  19. Three-Dimensional Website Design Programming Language / Modelling
  20. The Future of Laptops and Desktops
  21. Voice Recorder Technological Improvements
  22. Improvement of Calendar Synchronization
  23. Improvements to Joomla
  24. Improvements to E-mail Programs / Protocols / Systems
  25. Improvements to Google, Microsoft, Yahoo, Other E-mail & Contacts & Calendar Providers
  26. Improvements to Facebook
  27. Computers with Multiple Wireless Adapters
  28. USB With Status Lights
  29. 3D & 4D Implementations of Graph Databases
  30. Program to Synchronize History Between Different Internet Browsers
  31. POP3 Capture Sent Messages, Place in IMAP Account
  32. Similar Password Failed Login Allowance
  33. Improvement to Twitter
  34. System Time Update Activation or Temporary Allowance for SSL Certificates
  35. Personal Relationship Communications Device

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