Apps ξ Caribbean Sea Development with Artificial Intelligence (AI) and Hydrogen powered »Ξ
DragonXi Unmanned Autonomous System (UAS) powered by Artificial Intelligence (AI)
Benefits of UAV helicopter »Benefits »Mission Profile »Performance »Senses » Specialty » Structure » Usage
DragonXi Unmanned Autonomous System (UAS) powered by Artificial Intelligence (AI)
Behaviour of UAV helicopter »Behaviour » Symbol » Weight & Measures - see also Appendix » A » B » C
Pod powered by Artificial Intelligence (AI) for Business Unmanned Autonomous System (UAS) with DragonXi UAV
DragonXi Unmanned Autonomous Vehicle (UAV) for Business powered by Artificial Intelligence (AI )
Hydrogen powered UAV helicopter ξ Caribbean Sea Development for Liquid Hydrogen (LH2) powered business Unmanned & Autonomous Vehicles (UAV) »Π
Base Station for DragonXi UAV powered by Artificial Intelligence (AI) for Business Unmanned Autonomous System (UAS)
Fuel Cell powered business base station ξ Caribbean Sea Development for Hydrogen Fuel Cell powered business Unmanned & Autonomous Base Stations (UAS) »Π
Hydrogen (H2) Fuel Cell (MH2) powered Resource Device (H2RD) for DragonXi Unmanned Autonomous System (UAS)
Hydrogen Magazines and Cartridges ξ Caribbean Sea Development powered by Hydrogen Magazines and Cartridges in business Resource Devices »Π
Sphere of DragonXi powered by Artificial Intelligence (AI)

ξ Multiprocessing4Xi SDK

SDK for Artificial Intelligence for high performance Multi-Core Processors
Δ Faster Systems with modern Processor Architectures
Δ Smart Diagnostics for Multiprocessing
Δ Secure Debug on/off switching
Δ More variety of Verbs and Expressions in programming
Δ Reports built in Industry Standard formats
Δ Visualization of the System from multiple Viewpoints
Δ Increased productivity to the whole System Life Cycle
Δ Logic not changed when debugging added
Δ Increased Productivity via available Patterns
Δ Verbs for Object Actions from Natural Language
Δ Automatic Macros embedded for Smart Keyboards
Δ Easier editing and analyzing of Programs with Tags embedded
Δ Parsing of Programs for the quality of Software Engineering
Δ Errors and Exceptions are properly handled
Δ Faster and more reliable Systems engineered
Δ Agile System Development
Δ Time from Proto to Production minimized
Δ Improved quality of Deliveries
Δ Installations with on-site Diagnostics
Δ Faster Error solving
Δ Increased Performance with easier System Tuning
Δ Both visual and textual Trace
Δ Time stamped Events
Δ Modular System Architecture
Δ Based on Open Systems
Δ Less dependence on Operating System
Δ Managed Exceptions
Δ Architecture scales from Single to Multicore Systems
Sphere of DragonXi powered by Artificial Intelligence (AI)

ξ Scope4Xi SDK

SDK for Artificial Intelligence
Δ Software generated automatically for Xi = {APU ... CPU ... GPU ... ZPU},
- where Xi depicts virtual device prepresenting Processing Unit such as GPU
Δ System can automatically decide the best Processing Unit(s) for Task(s)
Δ Programmers can also allocate Processins Unit(s) for Task(s)
Δ Improved performance
Δ Balanced resource usage
Δ Processing units {APU ... CPU ... GPU ... ZPU} can be simulated
Δ Machine generated code increases productivity
Δ Adding new hardware becomes less costly
Sphere of DragonXi powered by Artificial Intelligence (AI)

ξ Studio4Xi SDK

SDK for Artificial Intelligence Δ AI and autonomous System Development
Δ Macros for messages to be embedded in programs
Δ Parsers for software modules
Δ Timing services for trace
Δ XML-files to sense, reason and ace traces
Δ Nouns with colors to depict software actors
Δ Easy import for Classes and Functions
Δ Find services to analyze and develop programs
Δ Verified hyperlinks built for web pages
Δ Embedded trace for Multiprocessing Programs
Δ Automated trace for Software Development
Δ Adjustable timeouts for tuning systems
Δ Symbolized software Actors for trace
Δ XML generated for Sense, Reason and Ace
Δ Dynamically loadable Programs generated with software
Δ 2D/3D Image Programs for special Processors
Δ Natural language trace embedded in programs
Δ Profiles for smart keyboards
Δ Programs for module and system testing
Δ 3D coordinates for timed trace events
Δ Programs for system constants
Δ Compability with standard Multiprocessing
Δ Multiprocessing classes Process4Xi, Queue4Xi, Pipe4Xi
Δ Trace and Benchmark results embedded in modules
Δ Programs to create Web Portals
Δ Programs to view Web Portals based on roles and categories
Δ Version management with one program
Δ Statistics for software and web development
Δ Target functions automatically created for processes
Δ Modules generated to activate processes with target functions
Δ Dummy processes for threads to simulate CPU cores
Δ Target functions activated for processes
Δ Automatically generated Programs and Tests
Δ Multiprocessing Programs generated automatically to distribute work load
Δ Command and Control via Named Pipes and Queues
Δ Visual Symbols for »Verbs and »Nouns
Δ HTML generated to »Verbs, Clusters and Supers
Δ Colors generated to »Actors
Δ Software Objects generated for Processing Units {BPU ... GPU ... ZPU}

ξ App Waves

App Waves
Surfer of DragonXi powered by Artificial Intelligence (AI)

Categories

Apps
California Highway 101

τ Artificial Intelligence (AI)

Artificial Intelligence Antarctic Ocean AI Arctic Ocean AI Autonomous Device AI Autonomous System AI Caribbean Sea AI Lidar System AI Marlin Fishing AI Pacific Ocean AI Personal Robot AI Southern Ocean AI
Δ antarcticocean ».ai
Δ arcticocean ».ai
Δ autonomousdevice ».ai
Δ autonomoussystem ».ai
Δ caribbeansea ».ai
Δ lidarsystem ».ai
Δ marlinfishing ».ai
Δ pacificocean ».ai
Δ personalrobot ».ai
Δ southernocean ».ai

Ψ Ocean and Sea

Ocean Antarctic ocean Arctic ocean Atlantic ocean Caribbean sea Indian ocean Oceanography Pacific ocean Southern ocean
Δ antarcticocean ».app ».dev ».ai
Δ arcticocean ».app ».dev ».ai
Δ atlanticocean »app »dev
Δ caribbeansea »app »dev »ai
Δ indianocean ».app ».dev
Δ oceanography ».app
Δ pacificocean »app »dev »ai
Δ southernocean ».app ».dev ».ai

ν Break

Break Marlinfishing Marlinfishing Marlinfishing
Δ marlinfishing ».app ».dev ».ai

All in alphabetical order

Alphabetical Apps
California Highway 101

Ace it
[A]
Δ aceit »app
Δ aeronautics »app »dev
Δ antarcticocean ».app ».dev ».ai
Δ app2ace4yo ».app
Δ arcticocean ».app ».dev ».ai
Δ atlanticocean ».app ».dev
Δ autonomousdevice ».app ».dev ».ai
Δ autonomousrobot ».app ».dev
Δ autonomoussystem ».app ».dev ».ai
Δ autonomousvehicle ».app ».dev

Beyond meat
[B]
Δ beyondspace ».app

Caribbean sea
[C]
Δ caribbeansea ».app ».dev ».ai
Δ cryogenics ».app ».dev

UAV helicopter
[D]
Δ deeplearninginference ».app
Δ dragonxi ».app ».dev ».com

Indian Ocean
[I]
Δ indianocean ».app ».dev

Jetport
[J]
Δ jetport ».app ».dev

Lidar
[L]
Δ lidarsystem ».app ».dev ».ai
Δ longrangehunting ».app

Marlin fishing
[M]
Δ marlinfishing ».app ».dev ».ai

Namib
[N]
Δ namib ».app

Oceanography
[O]
Δ objectdetection ».app
Δ oceanography ».app
Δ open source platform ».app ».dev

Porthos
[P]
Δ pacificocean ».app ».dev ».ai
Δ personalrobot ».app ».dev ».ai
Δ porthos ».app ».dev

Rub Al Khali
[R]
Δ reasonit ».app
Δ rubalkhali ».app

Southern Ocean
[S]
Δ senseit ».app
Δ southernocean ».app ».dev ».ai
Δ spacescience ».app

Third pole
[T]
Δ transferlearning ».app

Unmanned system
[U]
Δ unmannedsystem ».app ».dev

YoDragonXi
[Y]
Δ yocto ».app
Δ yourdragonxi ».com ».org

Ξ Contact {ceo|cbo|cco|cdo|cfo|cmo|cpo|cto|sec|}

Contact
ξ » email
Chief BIO (CBO) of DragonXi powered by Artificial Intelligence (AI)
@domain
Δ antarcticocean ».app ».dev ».ai
Δ arcticocean ».app ».dev ».ai
Δ atlanticocean ».app ».dev
Δ caribbeansea ».app ».dev ».ai
Δ cryogenics ».app ».dev
Δ indianocean ».app ».dev
Δ oceanography ».app
Δ pacificocean ».app ».dev ».ai
Δ southernocean ».app ».dev ».ai

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