ξ Lidar System Development with Artificial Intelligence (AI) and Hydrogen powered »Ξ

»Benefits »Mission Profile »Performance »Senses » Specialty » Structure » Usage

»Behaviour » Symbol » Weight & Measures - see also Appendix » A » B » C

ξ »Rapidly deployable Unmanned & Autonomous »Systems (UAS) for »Network-Centric Business Operations »ζb

ξ Lidar System Development for Liquid Hydrogen (LH2) powered business Unmanned & Autonomous Vehicles (UAV) »Π

ξ »Rapidly deployable Unmanned & Autonomous »Systems (UAS) for »Network-Centric Patrol Operations »ζp

ξ Lidar System Development for Liquid Hydrogen (LH2) powered patrol Unmanned & Autonomous Vehicles (UAV)

ξ »Rapidly deployable Unmanned & Autonomous »Systems (UAS) for »Network-Centric Military Operations »ζm

ξ Lidar System Development for Liquid Hydrogen (LH2) powered military Unmanned & Autonomous Vehicles (UAV) »Π

ξ Lidar System Development for Hydrogen Fuel Cell powered business Unmanned & Autonomous Base Stations (UAS) »Π

ξ Lidar System Development for Hydrogen Fuel Cell powered patrol Unmanned & Autonomous Base Stations (UAS) »Π

ξ Lidar System Development for Hydrogen Fuel Cell powered military Unmanned & Autonomous Base Stations (UAS) »Π

ξ Multiprocessing4Xi SDK 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

ξ Scope4Xi SDK

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

ξ Studio4Xi SDK 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

Categories

τ Artificial Intelligence (AI)

Δ convolutionalneuralnetwork ».app ».dev

Δ deeplearninginference ».app ».dev

Δ knowledgereasoning ».app

Δ machineprogramming ».app

Δ objectdetection ».app

Δ personalrobot ».app ».dev

Δ qlearning ».app

Δ reasonit ».app ».dev

Δ situate ».app

Δ transferlearning ».app ».dev

Δ zeroshotlearning ».app ».dev

Γ Autonomous

Δ autonomousdevice ».app ».dev

Δ autonomousrobot ».app ».dev

Δ autonomoussystem ».app ».dev

Δ autonomousvehicle ».app ».dev

ρ Special

Δ beyondbrexit ».app

Δ open source platform ».app ».dev

Δ yocto ».app

ρ Unmanned

Δ dragonxi ».app ».dev

Δ gimbal ».app

Δ lidarsystem ».app ».dev

Δ missionprofile ».app

Δ unmannedsystem ».app ».dev

δ Wearable

Δ smartban ».app ».dev

All in alphabetical order

[A]

Δ aceit »app »dev

Δ aeronautics »app »dev

Δ antarcticocean ».app ».dev

Δ app2ace4yo ».app

Δ arcticocean ».app ».dev

Δ atlanticocean ».app ».dev

Δ autonomousrobot ».app ».dev

Δ autonomousdevice ».app ».dev

Δ autonomoussystem ».app ».dev

Δ autonomousvehicle ».app ».dev

[B]

Δ bankholiday ».app

Δ beyondbrexit ».app ».dev

Δ beyondmeat ».app ».dev

Δ beyondspace ».app

Δ biomimicry ».app ».dev

[C]

Δ chamberednautilus ».app

Δ caribbeansea ».app ».dev

Δ convolutionalneuralnetwork ».app ».dev

Δ cryogenics ».app ».dev

[D]

Δ deeplearninginference ».app ».dev

Δ dragonxi ».app ».dev

Δ dragonxi ».com

[E]

Δ energylevel ».app

[G]

Δ gimbal ».app

[H]

Δ halongbay ».app

[I]

Δ indianocean ».app ».dev

[J]

Δ jetport ».app ».dev

[K]

Δ knowledgereasoning ».app

[L]

Δ lexicology ».app

Δ lidarsystem ».app ».dev

Δ limnology ».app

Δ loihi ».app ».dev

Δ longrangehunting ».app ».dev

[M]

Δ machineprogramming ».app

Δ marlinfishing ».app ».dev

Δ midsummer ».app

Δ missionprofile ».app

[N]

Δ namib ».app

[O]

Δ objectdetection ».app

Δ oceanography ».app ».dev

Δ open source platform ».app ».dev

[P]

Δ pacificocean ».app ».dev

Δ personalrobot ».app ».dev

Δ porthos ».app ».dev

[Q]

Δ qlearning ».app

[R]

Δ reasonit ».app ».dev

Δ rubalkhali ».app

[S]

Δ senseit ».app ».dev

Δ situate ».app

Δ smartban ».app ».dev

Δ southernocean ».app ».dev

Δ spacescience ».app ».dev

Δ spacedragonxi ».app ».dev

[T]

Δ thirdpole ».app

Δ transferlearning ».app ».dev

[U]

Δ unmannedsystem ».app ».dev

[W]

Δ waterexploration ».app

[Y]

Δ yocto ».app

Δ yourdragonxi ».com ».org

[Z]

Δ zeroshotlearning ».app ».dev

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

ξ » email @domain Δ autonomousvehicle »app »dev Δ beyondbrexit »app »dev Δ namib »app Δ objectdetection »app Δ rubalkhali »app Δ senseit »app »dev Δ thirdpole »app Δ unmannedsystem »app Δ waterexploration »app Δ zeroshotlearning »app »dev Δ porthos »app

ξ » email @domain Δ autonomousrobot ».app ».dev Δ beyondbrexit ».app ».dev Δ gimbal ».app Δ lidarsystem ».app ».dev Δ missionprofile ».app

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