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Home Blog Page 7744

Mobile-Based Electronic Medical Records System (mEMR) in Nigeria

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Electronic Medical & Mobile Records System (EM2R)

-Hospitals, clinics, medical schools and health centers in Nigeria-

by

First Atlantic Semiconductors & Microelectronics Ltd (Fasmicro)

 

Website: www.fasmicro.com Email: info@fasmicro.com

Introduction: This document is prepared to help present what Fasmicro can provide to any hospital, medical school, clinic, and health center in Nigeria. We present this document to share the idea and will send detailed proposal to any health institution that wants to engage us.

 

Our Idea: We propose an Electronic Medical and Mobile Records System (EM2R). It will comprise of Electronic Patient Database, EM2R App, and Ovim Tablet.

 

Electronic medical records (EMR) are key components of modern healthcare delivery. And when you make the records mobile, you transition health delivery to the 21st century. Fasmicro using its Android based Ovim Tablet is well positioned to help health institutions to move their electronics records to the mobile space where doctors and health professionals can make use of them without limitations of distance.

 

We will help hospitals transform from paper-based recording keeping to Electronic Medical Records (EMR) to allow healthcare providers to share information across their care ecosystem. This access to digital lifeline is vital to saving and nurturing lives, preventing medical errors and improving efficiency of healthcare delivery. We think this is where Nigeria must be.

 

If you already have an electronic medical records system, Fasmicro will use that data and using our Apps, we will put it in the mobile domain. That means health professionals can access patient data anywhere where there is medical data. For instance, a doctor can attend to a patient who got sick in Sokoto but with the medical records in Aba. Using our technology, the doctor, if approved and in the system, can access that data on the Ovim tablet. He can also update those records. We have different layers of privileges the hospital can set.

 

An electronic medical record (EMR) is a computerized medical record created in an organization that delivers care, such as a hospital and doctor’s surgery. Electronic medical records tend to be a part of a local stand-alone health information system that allows storage, retrieval and modification of records (source: Wikipedia).

 

A tablet personal computer (tablet PC) is a portable personal computer equipped with a touch screen as a primary input device and designed to be operated and owned by an individual. Unlike laptops, tablet personal computers may not be equipped with a keyboard, in which case they use a virtual onscreen substitute. All tablet personal computers have a wireless adapter for Internet and local network connection. Software applications for tablet PCs include office suites, web browsers, games and a variety of applications (source: Wikipedia).

 

Fasmicro offers EM2R software, hardware systems, and a complete service portfolio to our clients. We own the Ovim Tablet environment and we will work with you to deliver the right service with absolute commitment to quality. Our system offers an unparalleled reliability, ease-of-use, efficiency, and customizability. We help clients manage their financial, administrative, clinical, and regulatory needs, and the records mobile ecosystem with guaranteed security.

 

When clients engage us, we will help them develop an electronic database and transform their paper format into an electronic equivalent. Our software that runs on our Ovim Tablet will help doctors manage patients care in a mobile domain. We have tested our Tablet and found it ready for any EM2R function in Nigeria (see figures below). Table 1 shows the features of our system.

Figure 1: Ovim Tablet in action on EMR

 

Figure 2: Ovim in action on EMR

Table 1: Features of our EM2R System

Africa Not Present in Web Traffic Analysis from Google Analytics – Pageviews Dropped

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We just received an email from Google Analytics on web traffic. Google looked at data in an anonymous data gathering from Nov 1, 2010 to Feb 1 2011. For comparison, they used data from Nov 1 2009 to Feb 1 2010. They excluded some data in the  non opted-in websites – “websites which have opted into anonymous data sharing with Google Analytics”.

Site Metrics

Compared to a year ago, websites have seen reduced pages / visit, average time on site, as well as bounce rate.

11/1/09 – 2/1/10 11/1/10 – 2/1/11 Difference
Pages/Visit 4.9 4.5 -0.4
Bounce Rate 48.2% 47.0% -1.2%
Avg Time on Site 5:49 5:23 -0:26

Breakdown by Geography

U.S. users spend more time on the web than any other nation but the Chinese  have more pounce rate.

Country Pages / Visit Bounce Rate Avg Time on Site
United States 4.7 (-0.1) 42.5% (-6.1%) 6:06 (-0:10)
United Kingdom 4.9 (-0.3) 41.5% (+0.2%) 5:38 (-0.27)
France 4.4 (-0.4) 49.7% (+1.4%) 4:40 (-0:08)
Brazil 4.1 (-0.1) 47.8% (-2.9%) 5:20 (+0:03)
China 4.1 (-0.1) 58.2% (+1.0%) 3:46 (+0:37)
Japan 3.9 (-0.1) 48.6% (-9.0%) 3:47 (-2:59)

For bounce rate, the distribution by country is plotted below: The distribution above is annotated with some countries — which seem to indicate a story of leisure and stage of economic development. For a related metric: average time on site, the distribution by country is plotted below:

 

The type of countries annotated in the average time on site graph above seem to be in reverse order as those in the bounce rate distribution.

Breakdown by Traffic Sources

Interesting, people spend more time when referred by a site.

Traffic Sources Pages / Visit Bounce Rate Avg Time on Site
Direct 4.0 (-0.5) 47.2% (-4.0%) 5:21 (-0:07)
Referral 5.0 (+0.1) 43.1% (-1.1%) 6:36 (-1:48)
Organic Search 4.9 (-0.1) 47.9% (-1.1%) 4:43 (+0:06)
CPC Search 5.6 (+0.0) 41.4 (-1.7%) 3:57(+0:07)

Conversion Rate Distribution

Many marketers’ favorite metric is conversion rate. Here is the worldwide distribution of Google Analytics “goal conversion rate” by country.

Simply, Africa is not yet in the web geography. We are a non-factor and Google just excluded us because our data might have been useless with out numbers.

 

Fasmicro Android Training Course Outline – Extensive and Focused

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This is outline of Fasmicro Android training in Nigeria

 

Mobility Computing & Android App Development

Java Review

  • Introduction to Java
  • Types, variables, operators
  • More types, methods, conditionals
  • Loops and arrays
  • Objects and classes
  • Access control, class scope, packages, Java API
  • Design, debugging, interfaces
  • Inheritance, exceptions, file I/O
  • Development in Java

Android Overview and History

  • How it all got started
  • Why Android is different (and important)

Android Stack

  • Overview of the stack
  • Linux kernel
  • Native libraries
  • Dalvik
  • App framework
  • Apps

SDK Overview

  • Platforms
  • Tools
  • Versions

Hello World App

  • Creating your first project
  • The manifest file
  • Layout resource
  • Running your app on Emulator

Main Building Blocks

  • Activities
  • Activity lifecycle
  • Intents
  • Services
  • Content Providers
  • Broadcast Receivers

Basic Android User Interface

  • XML versus Java UI
  • Dips and sps
  • Views and layouts
  • Common UI components
  • Handling user events

Android System Overview

  • File System
  • Preferences
  • Notifications
  • Security model

Advanced UI

  • Selection components
  • Adapters
  • Complex UI components
  • Building UI for performance
  • Menus and Dialogs
  • Graphics & animations

Multimedia in Android

  • Multimedia Supported audio formats
  • Simple media playback
  • Supported video formats
  • Simple video playback

Sensors

  • Sensor overview: accelerometer, compass, orientation, etc
  • Camera
  • Touch Events
  • Trackball Events

Network

  • TelephonyManager
  • ConnectivityManager
  • HttpClient/Simple JSON GET
  • Java Sockets/Simple JSON POST
  • Java XML

Location Services

  • Location Manager
  • GPS
  • MapView

SQL Database

  • Introducing SQLite
  • SQLiteOpenHelper and creating a database
  • Opening and closing a database
  • Working with cursors Inserts, updates, and deletes

Basic Content Providers

  • Content provider MIME types
  • Searching for content
  • Adding, changing, and removing content
  • Working with content files

Labs #1-7

Mobility Computing and Microelectronics Courses in Nigeria

(contact us for customized off-site and on-site trainings)


Course 1:  Mobility Computing and Android Apps Development

Course 2:  Embedded Systems – FPGA and Microcontroller

Course 3:  Mixed Signal VLSI Design with CAD- Schematic, Layout, Extraction and Verification

 

Course I: Mobility Computing & Android App Development

Java Review

  • Introduction to Java
  • Types, variables, operators
  • More types, methods, conditionals
  • Loops and arrays
  • Objects and classes
  • Access control, class scope, packages, Java API
  • Design, debugging, interfaces
  • Inheritance, exceptions, file I/O
  • Development in Java

Android Overview and History

  • How it all got started
  • Why Android is different (and important)

Android Stack

  • Overview of the stack
  • Linux kernel
  • Native libraries
  • Dalvik
  • App framework
  • Apps

SDK Overview

  • Platforms
  • Tools
  • Versions

Hello World App

  • Creating your first project
  • The manifest file
  • Layout resource
  • Running your app on Emulator

Main Building Blocks

  • Activities
  • Activity lifecycle
  • Intents
  • Services
  • Content Providers
  • Broadcast Receivers

Basic Android User Interface

  • XML versus Java UI
  • Dips and sps
  • Views and layouts
  • Common UI components
  • Handling user events

Android System Overview

  • File System
  • Preferences
  • Notifications
  • Security model

Advanced UI

  • Selection components
  • Adapters
  • Complex UI components
  • Building UI for performance
  • Menus and Dialogs
  • Graphics & animations

Multimedia in Android

  • Multimedia Supported audio formats
  • Simple media playback
  • Supported video formats
  • Simple video playback

Sensors

  • Sensor overview: accelerometer, compass, orientation, etc
  • Camera
  • Touch Events
  • Trackball Events

Network

  • TelephonyManager
  • ConnectivityManager
  • HttpClient/Simple JSON GET
  • Java Sockets/Simple JSON POST
  • Java XML

Location Services

  • Location Manager
  • GPS
  • MapView

SQL Database

  • Introducing SQLite
  • SQLiteOpenHelper and creating a database
  • Opening and closing a database
  • Working with cursors Inserts, updates, and deletes

Basic Content Providers

  • Content provider MIME types
  • Searching for content
  • Adding, changing, and removing content
  • Working with content files

Labs #1-7

Distributors Wanted for Ovim Plus Tablet in Nigeria

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We are looking for distributors for Ovim Plus tablet which is right now on sale.

Welcome People, this is the tablet you have been waiting for. Ovim Plus is here. Like its predecessor, it is engineered with you in mind. Ovim Plus is elegant, sleek and simple. We call it the Nigeria’s tablet because there is nothing to benchmark it when you loop the affordable cost, features and the brand. It comes with 10.1 inch display and opens the door to Freedom. Oh yes Good People, Ovim Plus is ready for Android Market so you can download all those apps. Besides, if you need the local ones, you can download from our apps store. Get Ovim Plus today!

To apply, please send the following details:

  1. Contact Name
  2. Business/Company Name/Website (if any)
  3. Company physical address
  4. Include how long in business
  5. Email address and Phone Number
  6. Your Location (Town and State)
  7. Experience in selling phones/electronics in Nigeria and Yearly/Monthly revenue

Fasmicro Products and Services – Microelectronics and Embedded Systems CAD, Labware, and Tools

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These are some products and services from Fasmicro

 

Support & Supplies
(CAD, lab tools, equipment, etc)

We supply and/or support all common microelectronics or semiconductor labware. These include microelectronics CAD tools, oscilloscope, function generators, meters, power supplies, silicon wafers, etc. Upon supply, our engineers will train your staff on how to use them. Depending on volume bought from us, we will provide free two-day offsite training on these equipment and tools. .

In this segment, we provide the following services, among others:

  • Acquisition of CAD tools and management of licensing
  • Purchase of labware, hardware, and related software
  • We support and maintain the systems, based on agreement

Here are some of the tools and equipment we supply and support:

 

Major CAD software

Cadence, Mento Graphics, Synopsis & Tanner

 

Hardware, Labware, etc

FPGA, DSP controllers, GPIB interface card, switches, development boards,UBICOM SX, NIDAQ, MPLAB IDE

• Scanning tunneling microscope STM/NT-MDT
• Atomic force microscope AFM/Veeco CPII
• SEM attachment for e-beam writing (Elphy/Raith)
• Automatic Dicing Saw, model DAD 321
• Equipment for optical measurements
– Laser (at 325nm)
– Detector (600-1600nm)
– UV/VIS lamp with monochromator
• Vector Network Analyser (VNA-Anritsu system)
• 12 ton heated press by Carver for microfluidics bonding and simple hot embossing experiments
• Fume Hood and Vacuum Oven (Lindberg Blue VO914A)
• Hewlett Packard 4278A 1 kHz/1 MHz Capacitance Meter
• Hewlett Packard 3488A – Switch Matrix

 

Supporting CAD software

PCB, FPGA, SUGAR, NODAS, Hamster, Matlab, C++ compilers

Process and device modeling software
– SILVACO Software (Athina, Atlas)
– Suprem and Pisces
– Floops and floods
– Software for MEMs modeling &  simulation
– Coventorware
– FEM-LAB”

 

Test equipment

Function/logic generator, spectrum analyzer, microscope, air station, signal generators, network analyzer, sampling scopes, power meters, probe stations, microwabe probe stations, test boards, NIDAQ, soldering stations, heat chambers, power supplies, multimeter, frequency counter, noise generator

 

Probe Station, Characterization and Testing

• Electrical characterization equipment
– Karl Suss PA150 semi-automatic probe station
– Karl Suss manual probe station
– Micromanipulator probe station
– RF probe station
– HP measuring systems (4142B, 4084B, 8110A, 700i series, 4140B, 4284, 4192A, 34401, 16500A)
– Keithley measuring equipment (230, 220, 617, 195A, 6517A)
– Tektronix 224J Oscilloscope
– Oxford optistat Cryostat for temperatures in the range 4.2-320 K.
– Oxford DN cryostat for temperatures in the range 77-500 K
• Optical characterization equipment
– Multiwavelength Spectroscopic Ellipsometer
– FTIR system, model Tensor 27 of Bruker
– Jobin Yvon spectrometer, wavelengths 300-1600 nm
– Argon Laser
– Oxford optistat Cryostat, 4.2-320 K
– Emission spectroscopy set-up for electroluminescence measurements: USB-2000 spectrometer (Ocean Optics)
• Morphology, structural characterization
– Leo 440 SEM
– AFM (Veeco CP-II), STM (NT-MDT)
– Stylus profilometer model XP-2 of Ambios Technology
• Testing equipment
– Systems for testing of gas flow, gas, pressure, acceleration and humidity sensors

 
Cleanroom

Equipped with (I) Silicon processing laboratory equipped with the following
– 4 laminar flow chemical benches
– 7 horizontal hot-wall furnace tubes
– 2 horizontal LPCVD tubes for nitride, oxide (TEOS), polysilicon
– 1 horizontal LPCVD tube for LTO
– Ion Implanter (EATON medium current, 200 KeV)
– Optical lithography systems (resolution down to 0,6 ?m)
– Electron beam lithography system (resolution 50 nm)
– Reactive Ion Etcher
– Metallization equipment (thermal, e-gun evaporation, sputtering)
– Process inspection equipment – High Density Plasma Etcher
– Different thin film deposition systems
• Sputtering
• MOCVD

 

Components/Modules: