Data Capture, AIDC & RFID

Data capture is the process of extracting information from any type of document, whether paper or electronic, and converting it into a format that can be read by a computer. This information can then be used for a variety of purposes, such as data analysis, decision-making, and process improvement. These articles relate to Automatic Identification (AIDC), Data Capture and data capture devices. They include barcodes, biometrics, RFID (Radio Frequency Identification), id card printers, chipped passports, magnetic stripes, smart cards, OCR (Optical Character Recognition) and voice recognition.

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HIT Job: How Health IT Jobs Support Doctors, Nurses and You

1 HIT Job: How Health IT Jobs Support Doctors, Nurses and You

By Paul Garcia - Marketing Content Specialist at Code.

Who helps your helpers? Let’s peek into the world of health IT pros and how they support nurses. HIT pros also shape the design of patient care devices, like Code’s CR2700 Barcode Reader, and influence #DataCapture tech.

CARMA acquires mmi Analytics, expanding expertise in Beauty, Fashion and Lifestyle sectors

2 CARMA acquires mmi Analytics, expanding expertise in Beauty, Fashion and Lifestyle sectors

CARMA the provider of intelligence software and research services, has acquired mmi Analytics (mmi), a media communication and eTail measurement platform for beauty, fashion, and lifestyle brands. This strategic acquisition marks a significant step in CARMA’s commitment to expanding its full-service offerings and strengthening its position in these key vertical markets.

These are the highest-paying industries for graduates, according to new research

3 These are the highest-paying industries for graduates, according to new research

Engineering is revealed to be the highest-paying industry for graduates, with a median salary of $97,000 per year.

Quality vs. Quantity: Code’s EMEA Channel Partner Programme

4 Quality vs. Quantity: Code’s EMEA Channel Partner Programme

By Paul Garcia - Marketing Content Specialist at Code.

Get with the programme! Code’s EMEA Channel team focuses on quality—not quantity—in providing channel partners with reseller support. Explore how Code EMEA avoids overcrowding and margin erosion to help propel VARs & ISVs in successfully solving data capture challenges.

Revealed: The most desirable and highest-paying second languages for employers

5 Revealed: The most desirable and highest-paying second languages for employers

New research has revealed which second language may provide the most value when securing a job in the UK, with Spanish named the most in-demand - whilst German found to be most lucrative.

New Storyblok shows brands are hindering global growth by failing to localise marketing

6 New Storyblok shows brands are hindering global growth by failing to localise marketing

As new research reveals a significant amount of businesses are missing out on global opportunities by failing to go multilingual, enterprise CMS leader Storyblok has partnered with Lokalise, the AI-powered translation tool to enable brands to localise content faster and easier than ever before.

How do I Pick a Barcode Scanner for Healthcare?

7 How do I Pick a Barcode Scanner for Healthcare?

By Paul Garcia - Marketing Content Specialist at Code.

Barcode readers are crucial for positive patient outcomes. Code’s easy-to-read guide helps readers choose between wireless or wired barcode scanners for healthcare and how factors like cost and facility design impact decisions.

As device demand surges following post-Covid refresh delays, demand for Refurbished IT technologies is also on the rise

8 As device demand surges following post-Covid refresh delays, demand for Refurbished IT technologies is also on the rise

The trend of purchasing refurbished IT equipment is on the rise among MSPs. A significant majority of 84% have admitted to buying refurbished technology in the past, while about 30% are currently making such purchases.

Why are barcode verification and barcode scanners critical for patient care?

9 Why are barcode verification and barcode scanners critical for patient care?

By Paul Garcia - Marketing Content Specialist at Code.

We look at the data patient ID wristbands hold, and the Code data capture solutions hospitals trust to ensure patient data is transmitted rapidly into EHRs. The blog is also the inspiration for those looking to build more healthcare businesses.

Loyalty pays off: Sainsbury's Nectar Card drives grocery sales, sets example for retail industry

10 Loyalty pays off: Sainsbury's Nectar Card drives grocery sales, sets example for retail industry

Sainsbury's loyalty programme was a key driver in bolstering its grocery sales over the past few months, a strategy many other retailers might look to replicate in 2024, given Sainsbury’s success.

Data capture

Data capture is the process of extracting information from paper or electronic documents and converting it into a machine-readable digital format. It is the first step in the data management process, and it is essential for businesses of all sizes.

There are many different methods of data capture, including:

  • Optical character recognition (OCR): This is a technology that uses software to convert text from images into machine-readable text.
  • Barcode scanning: This is a technology that uses a scanner to read barcodes and convert them into machine-readable data.
  • Form digitization: This is a process of converting paper forms into electronic forms that can be easily scanned and processed.
  • Image recognition: This is a technology that uses software to identify objects and patterns in images.

Data capture can be used in a variety of industries, including:

  • Healthcare: Data capture is used to extract information from medical records, insurance claims, and other documents.
  • Logistics: Data capture is used to track shipments, manage inventory, and process orders.
  • Finance: Data capture is used to process financial transactions, manage customer accounts, and generate reports.
  • Manufacturing: Data capture is used to track production data, manage quality control, and comply with regulations.

Automatic Identification

Automatic Identification (AI) is a broad term that refers to the methods of automatically identifying objects, collecting data about them, and entering them directly into computer systems, without human involvement. Technologies typically considered as part of AI include QR codes, bar codes, radio frequency identification (RFID), biometrics (like iris and facial recognition system), magnetic stripes, optical character recognition (OCR), smart cards, and voice recognition.

In the context of maritime navigation, Automatic Identification System (AIS) is a specific type of AI technology that is used to track the location and movement of ships. AIS devices transmit a ship's position, speed, course, and other information over VHF radio waves. This information can be picked up by other ships, shore stations, and satellites, which allows for real-time tracking of ships' movements.

AIS has a number of benefits, including:

  • Increased safety: AIS can help to prevent collisions by providing real-time information about the location and movement of ships.
  • Improved efficiency: AIS can help to improve the efficiency of shipping by providing information about traffic conditions and routing options.
  • Enhanced security: AIS can help to improve security by providing information about the identity and cargo of ships.

AIS is a valuable tool for maritime safety and security. It is becoming increasingly widespread, and is now required for most large ships.

Here are some of the specific uses of AIS:

  • Collision avoidance: AIS data can be used to create electronic charts that show the location and movement of ships. This information can be used by ships' crews to avoid collisions.
  • Vessel traffic management: AIS data can be used by VTS (Vessel Traffic Service) operators to monitor and manage traffic in busy waterways. This helps to ensure the safe and efficient flow of traffic.
  • Search and rescue: AIS data can be used to track the location of vessels in distress. This information can be used to coordinate search and rescue operations.
  • Environmental monitoring: AIS data can be used to track the movement of ships that are carrying hazardous cargo. This information can be used to assess the risk of environmental pollution.

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