Software Development and AI

Application-specific Software and Algorithm development for any system.

Scientific Systems supports a wide range of  high- and low-level software authoring services, ranging from user-interface applications to firmware. We maintain numerous software development tools and environments including: FPGA/PLD/PLA programming tools for a number of platforms, Assembly level coding and optimisation for numerous processors, database development tools, various flavours of C/C++, C-#, Pascal, Java, Python, etc. along with more esoteric tools such as various instrumentation control and programming tools, for example GPIB. Scientific Systems even still retains the capability to develop/support Fortran code.
As part of System Design and Integration, Scientific Systems also retains a number of machine learning (artificial intelligence, AI) engines and systems. Machine Learning applications are rapidly becoming a salient part of modern systems, for example in detecting trends in data, image recognition, and feature detection, as is utilised across a range of applications from enhancing application-specific sensors to production line quality control systems.

Software Development

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Low-level software development, including embedded microcontrollers, Assembly-level coding and optimisation for numerous processors, and FPGA/PLD/PLA programming tools for a number of platforms

 

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Database development tools, including inventory management and records systems

 

•

Digitisation and Optical Character Recognition (OCR) applications

 

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Custom software for interfacing with and driving bespoke sensors, including data acquisition systems (DAQs)

 

•

Human-Machine Interface (HMI) design, Graphical User Interfaces (GUI) and other user-presentation software, particularly developed as part of a system

 

•

Instrumentation control and programming tools, including GPIB, VISA, SCPI, and legacy instruments

 

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Communications protocol authoring and development tools

 

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Support for various languages including (but not limited to): C, C++, C#, Python, Java, PHP, HTML, SQL, VBA, various scripting languages (BASH, VBScript etc.)

 

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Support for both Windows and Linux/Unix platforms

Programming environment
Machine Learning and Artificial Intelligence

Machine Learning (Artificial Intelligence, AI)

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Image recognition (CNNs)

 

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Feature detection

 

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Bespoke, application-specific sensors and systems

 

•

Custom applications

Application-specific Software and Algorithm development for any system.

Scientific Systems supports a wide range of  high- and low-level software authoring services, ranging from user-interface applications to firmware. We maintain numerous software development tools and environments including: FPGA/PLD/PLA programming tools for a number of platforms, Assembly level coding and optimisation for numerous processors, database development tools, various flavours of C/C++, C-#, Pascal, Java, Python, etc. along with more esoteric tools such as various instrumentation control and programming tools, for example GPIB. Scientific Systems even still retains the capability to develop/support Fortran code.
As part of System Design and Integration, Scientific Systems also retains a number of machine learning (artificial intelligence, AI) engines and systems. Machine Learning applications are rapidly becoming a salient part of modern systems, for example in detecting trends in data, image recognition, and feature detection, as is utilised across a range of applications from enhancing application-specific sensors to production line quality control systems.

Software Development

•

Low-level software development, including embedded microcontrollers, Assembly-level coding and optimisation for numerous processors, and FPGA/PLD/PLA programming tools for a number of platforms

 

•

Database development tools, including inventory management and records systems

 

•

Digitisation and Optical Character Recognition (OCR) applications

 

•

Custom software for interfacing with and driving bespoke sensors, including data acquisition systems (DAQs)

 

•

Human-Machine Interface (HMI) design, Graphical User Interfaces (GUI) and other user-presentation software, particularly developed as part of a system

 

•

Instrumentation control and programming tools, including GPIB, VISA, SCPI, and legacy instruments

 

•

Communications protocol authoring and development tools

 

•

Support for various languages including (but not limited to): C, C++, C#, Python, Java, PHP, HTML, SQL, VBA, various scripting languages (BASH, VBScript etc.)

 

•

Support for both Windows and Linux/Unix platforms

Machine Learning (Artificial Intelligence, AI)

•

Image recognition (CNNs)

 

•

Feature detection

 

•

Bespoke, application-specific sensors and systems

 

•

Custom applications