Q. Hello. I am 21 years old thinking of pursuing the career as a MT. Which is a better job outlook - Medical Transcriptionist or the Editor? Thank you for your time.
A. I've been in the medical field over 25 years. I've done transcription, medical front office and medical billing and coding. I've taught medical front office for five years.
I've never even HEARD of a Medical Transcription Editor.
Let me explain how transcription generally works. The doctor dictates the report into a recorder or over the telephone. You, the transcriptionist transcribe the report and send it back. The doctor looks it over. If there are errors or changes to be made s/he sends it back. If it is correct s/he signs it and the report is put into the patient's chart.
Medical reports are legal documents. Once it is put into the patient's chart, it is part of their permanent file. If it turns out there is a small error, like you typed the temperature 1013 instead of 101.3 someone can make a single cross out mark through it, put the correct information above or beside it, then date and initial the change. If it is large, you need to do an addendum report. However, usually only a doctor will make changes.
The only reason I could think of having a medical transcription editor would be if the reports are outsourced to another country, such as India. When the reports came back they would need someone to print them out, distribute them to the correct doctor to be signed, send them out once signed, etc.
Now about becoming a medical transcriptionist. It is an iffy field right now for several reasons. First of all, some doctors are sending the work out to other countries. It is less expensive and due to the time difference the reports can be dictated by the time s/he leaves in the evening and the reports can be on her/his desk the next morning when they come in. There is also voice recognition software where the doctor dictates and the computer types as s/he talks. And also there are now electronic medical records so some doctors just type in the information themselves as they are seeing the patient.
So, before you do any training, research your area. There may be a good market for transcriptionists, there may not be. If there are jobs where you live and you want to train make sure you check with local employers first to see which school they prefer. Some of them won't hire graduates of certain programs.
Your least expensive options would be your junior college, local adult school or ROP program. The private schools are the most expensive.
I've never even HEARD of a Medical Transcription Editor.
Let me explain how transcription generally works. The doctor dictates the report into a recorder or over the telephone. You, the transcriptionist transcribe the report and send it back. The doctor looks it over. If there are errors or changes to be made s/he sends it back. If it is correct s/he signs it and the report is put into the patient's chart.
Medical reports are legal documents. Once it is put into the patient's chart, it is part of their permanent file. If it turns out there is a small error, like you typed the temperature 1013 instead of 101.3 someone can make a single cross out mark through it, put the correct information above or beside it, then date and initial the change. If it is large, you need to do an addendum report. However, usually only a doctor will make changes.
The only reason I could think of having a medical transcription editor would be if the reports are outsourced to another country, such as India. When the reports came back they would need someone to print them out, distribute them to the correct doctor to be signed, send them out once signed, etc.
Now about becoming a medical transcriptionist. It is an iffy field right now for several reasons. First of all, some doctors are sending the work out to other countries. It is less expensive and due to the time difference the reports can be dictated by the time s/he leaves in the evening and the reports can be on her/his desk the next morning when they come in. There is also voice recognition software where the doctor dictates and the computer types as s/he talks. And also there are now electronic medical records so some doctors just type in the information themselves as they are seeing the patient.
So, before you do any training, research your area. There may be a good market for transcriptionists, there may not be. If there are jobs where you live and you want to train make sure you check with local employers first to see which school they prefer. Some of them won't hire graduates of certain programs.
Your least expensive options would be your junior college, local adult school or ROP program. The private schools are the most expensive.
How do I sync email from a mobile device with Outlook?
Q. I need help. First, the background: I have mobile service through Cingular. My phone is a 2125, which runs Windows Mobile 5.
Here's the conundrum: I'd like to get my personal email accounts working. I know that my phone can retrieve messages via POP3. My concern is that I need all the messages to end up in my Outlook .pst file on my laptop. This includes both messages that download to the device and any that I send (whether composed on the device, replies to messages downloaded to the device, or forwards of messages downloaded to the device). I'd like to do this without needing to leave software running on some computer back at home.
As I see it, Microsoft Activesync should save any messages the device dealt with back into Outlook at the same time it syncs my calendar and contact data. I can't find any information as to whether this is the case, however.
Anyone know if this is possible?
Here's the conundrum: I'd like to get my personal email accounts working. I know that my phone can retrieve messages via POP3. My concern is that I need all the messages to end up in my Outlook .pst file on my laptop. This includes both messages that download to the device and any that I send (whether composed on the device, replies to messages downloaded to the device, or forwards of messages downloaded to the device). I'd like to do this without needing to leave software running on some computer back at home.
As I see it, Microsoft Activesync should save any messages the device dealt with back into Outlook at the same time it syncs my calendar and contact data. I can't find any information as to whether this is the case, however.
Anyone know if this is possible?
A. Microsoft Outlook Mobile Manager 2.0 (OMM),
OMM: Mantra for Mobile Devices
by Rob Knies
Related Links
Outlook Mobile Manager 2.0
Eric Horvitz
Adaptive Systems and Interaction Group
Priorities
Eric Horvitz is sitting at his desk in his Redmond, Wash., office, discussing Microsoft Outlook Mobile Manager 2.0 (OMM), a just-released, downloadable add-in for Microsoft Outlook, when something on his computer monitor catches his eye. The new application has flagged as urgent an incoming e-mail from somebody wanting to join the discussion. Moments later, she calls in, gratefully. OMM has made its latest convert.
OMM brings the power of Microsoft Outlook to a userâs portable device. The technology can prioritize messages and make smart decisions about when to forward e-mail to a mobile device, based on the computed urgency of the e-mail and the userâs context. It also can send calendar reminders, task reminders, and an Outlook Today-style daily summary to all of a userâs wireless devices. OMM can also be harnessed to triage e-mail on your desktop.
âPeople in a mobile setting feel disconnected from their e-mail and may grow concerned over time that they are missing something urgent,â says Horvitz, senior researcher and group manager for Microsoft Researchâs Adaptive Systems and Interaction Group. âMany things are demanding their attention, so it can be valuable to limit alerts to urgent communications. Mobile Manager learns from user training how to act like an insightful, dedicated secretary 24x7.â
OMM is a descendant of an e-mail triaging prototype developed at Microsoft Research, named Priorities, which has been used internally at Microsoft since the late 1990s. OMM v. 1.0 shipped in early 2001. OMM v. 2.0 introduces an array of new features and extensions. OMM reads each e-mail, identifies who sent it, considers numerous aspects of the content and structure of the message header and body, and determines if the user can wait until later to see it or would prefer having a time-critical message while away from a computer. Only the most urgent mail is sent to the userâs mobile device.
âMany experiences come to mind. One memorable time, I was pulled away from the office unexpectedly to attend a funeral in New York,â Horvitz recalls. âIt was a hot summer day in a distant place, and I remember feeling very disconnected as I later drove on a bumpy, potholed roadâimmersed in a different universeâwhen I received an urgent message reminding me to call a colleague at DARPA. I thought, âWow, Iâm in a whole other world, and what a nice feeling, that this gentle voice is reminding me of something important I need to do soon.â â
OMM learns about its user via user training. During a training phase, the user provides examples to the system of message urgency, and the add-in analyzes the content of the messages to understand the information contained within, then makes inferences about what the user considers urgent.
The system ships with a generic, universal urgency classifier as an out-of-the-box solution, designed to work satisfactorily for most people. But as the system receives user training, it learns more and more about the userâs preferences. After a few hundred messages, the system transforms in a graceful manner into a personalized, customized service.
âI get a real kick out the cross-device nature of the system as I move between desktop and mobile settings,â Horvitz says. âOne has the sense that âhereâs an intelligent presence that has insights about my context, and that cares about me no matter where I am.â â
OMM provides a rich representation of a workerâs lifestyle. It offers time-sensitive profiles that enable you to specify context-sensitive preferences about messaging during such settings as work, home, and vacation, and it will react according to the settings you have selected. It can be configured to deliver messages at a variety of priority levels, from all items to only those of highest urgency. And if youâre using a computer away from your office, it knows about the messages youâve already seen and wonât send those to your mobile device.
One cool feature in the application is presence forecasting, an ability to estimate when a user might again be online when they leave a desktop computer. OMM examines usage patterns and makes a prediction on when a user will return to the computer. It uses this functionality to decide when to send messages to users.
And OMM can save users money, too. For those whose connectivity-plan cost is based on usage, the service can set message limits, break them into pieces, and limit the number of messages sent per day. Its alerting simulator feature can estimate how many messages would be sent to a device per day with a given set of settings, which can then be adjusted to a preferred level.
All in all, the service provided by OMM can be habit-forming.
âI was down at Stanford a number of years ago when our team was using the Priorities research prototype, OMMâs ancestor,â Horvitz recounts, âand I noticed I wasnât getting any messages on my device. Could it be that nothing was urgent enough to be transmitted? Something must have been up. I called home. It turns out that there had been a windstorm in Redmond, and our server has lost power.
âThat was the first time in my life that I felt like I had lost a utilityâwhere the utility wasnât electricity or water, but automated intelligence. I suffered a loss of a service that I had grown to depend on. It highlighted to me the likely prospect that, just as weâve grown accustomed to electricity, weâll someday grow accustomed to a variety of services that rely on automated learning and reasoningâsome which stream valuable information right into devices in our pockets.â
OMMâs research ancestor, Priorities was developed as part of the Attentional User Interface effort, a thematic area of research taking human attention as the scarcest resource in computing. The early work on the Priorities project explored several key components of OMM, including the core effort on machine learning for triaging, presence forecasting, mobile messaging, and designs for the ambient display of urgent information.
âIn the mid-â90s, we wondered if we could determine how urgent a message is by considering many aspects of messages and related information, including information about relationships among senders and recipients, Horvitz says. âWe found that we could do that. We explored multiple aspects of this challenge and developed such measures as âthe expected cost of delayed reviewâ of messages, capturing in a clear manner the urgency of a communication.â
OMM determines urgency by analyzing many categories of findings or features of messages, including the number of people receiving the message, how long a message is, whether questions are being asked within its body, what sort of verb tenses are employed, and whether it contains dates and times and how close they are to the present. The message senderâs identity and relationship to the recipient are analyzed by accessing the userâs address book and an organizational chart via Microsoftâs Active Directory Service to determine such relationships as whether the sender is a peer, a direct report, a manager, somebody else up or down the org chart, or externalâdefined as somebody who doesnât appear in the personal address book or the organizational chart.
âResearchers have different sets of goals,â Horvitz says, âincluding the pursuit of different mixes of theoretical results and applications that demonstrate the power of new theory or methods. I enjoy exploring theoretical issues, but I also get excited about seeing applications sing in the world, delivering value to peopleâeven in early prototypes that point the way to the future. Mobile Managerâs automated reasoning can provide value in the daily life of people.â
The application works with recent versions of Microsoft Windows and Microsoft Outlook and is available to anybody with a device that can receive SMS messages. It is optimized for those using Windows XP and Outlook 11, and it works directly with Outlook, not requiring a back-end server.
Such a development effort is hardly the product of a single individual. Horvitz is quick to single out those who helped bring OMM to fruition. âIt was a team effort,â he says. âMuru Subramani was the key software engineer on OMM v. 2.0. Johnson Apacible was the development-team manager. The final polish was applied by Gavin Janckeâs team; in particular, Piali Choudhury. And early on, for Mobile Manager v. 1.0, Greg Baribault, Sharad Mathur, and others from the product teams did a great deal of work.
âWeâre building software that is starting to learn about and understand human concerns in a deeper way,â Horvitz adds. âAs researchers, that really turns us on. Itâs an example of computers understanding people and their goals.â
Not only has the computerâs understanding increased, but so has its empathy toward its user.
âMobile Manager recognizes that people may be quite stressed,â Horvitz says. âTheir Inbox is exploding, and itâs hard to triage. But here, the same computer that is perhaps the biggest source of your information overload is also helping to decrease it.
âItâs almost like itâs saying, âWait, donât give up yet!â â
OMM: Mantra for Mobile Devices
by Rob Knies
Related Links
Outlook Mobile Manager 2.0
Eric Horvitz
Adaptive Systems and Interaction Group
Priorities
Eric Horvitz is sitting at his desk in his Redmond, Wash., office, discussing Microsoft Outlook Mobile Manager 2.0 (OMM), a just-released, downloadable add-in for Microsoft Outlook, when something on his computer monitor catches his eye. The new application has flagged as urgent an incoming e-mail from somebody wanting to join the discussion. Moments later, she calls in, gratefully. OMM has made its latest convert.
OMM brings the power of Microsoft Outlook to a userâs portable device. The technology can prioritize messages and make smart decisions about when to forward e-mail to a mobile device, based on the computed urgency of the e-mail and the userâs context. It also can send calendar reminders, task reminders, and an Outlook Today-style daily summary to all of a userâs wireless devices. OMM can also be harnessed to triage e-mail on your desktop.
âPeople in a mobile setting feel disconnected from their e-mail and may grow concerned over time that they are missing something urgent,â says Horvitz, senior researcher and group manager for Microsoft Researchâs Adaptive Systems and Interaction Group. âMany things are demanding their attention, so it can be valuable to limit alerts to urgent communications. Mobile Manager learns from user training how to act like an insightful, dedicated secretary 24x7.â
OMM is a descendant of an e-mail triaging prototype developed at Microsoft Research, named Priorities, which has been used internally at Microsoft since the late 1990s. OMM v. 1.0 shipped in early 2001. OMM v. 2.0 introduces an array of new features and extensions. OMM reads each e-mail, identifies who sent it, considers numerous aspects of the content and structure of the message header and body, and determines if the user can wait until later to see it or would prefer having a time-critical message while away from a computer. Only the most urgent mail is sent to the userâs mobile device.
âMany experiences come to mind. One memorable time, I was pulled away from the office unexpectedly to attend a funeral in New York,â Horvitz recalls. âIt was a hot summer day in a distant place, and I remember feeling very disconnected as I later drove on a bumpy, potholed roadâimmersed in a different universeâwhen I received an urgent message reminding me to call a colleague at DARPA. I thought, âWow, Iâm in a whole other world, and what a nice feeling, that this gentle voice is reminding me of something important I need to do soon.â â
OMM learns about its user via user training. During a training phase, the user provides examples to the system of message urgency, and the add-in analyzes the content of the messages to understand the information contained within, then makes inferences about what the user considers urgent.
The system ships with a generic, universal urgency classifier as an out-of-the-box solution, designed to work satisfactorily for most people. But as the system receives user training, it learns more and more about the userâs preferences. After a few hundred messages, the system transforms in a graceful manner into a personalized, customized service.
âI get a real kick out the cross-device nature of the system as I move between desktop and mobile settings,â Horvitz says. âOne has the sense that âhereâs an intelligent presence that has insights about my context, and that cares about me no matter where I am.â â
OMM provides a rich representation of a workerâs lifestyle. It offers time-sensitive profiles that enable you to specify context-sensitive preferences about messaging during such settings as work, home, and vacation, and it will react according to the settings you have selected. It can be configured to deliver messages at a variety of priority levels, from all items to only those of highest urgency. And if youâre using a computer away from your office, it knows about the messages youâve already seen and wonât send those to your mobile device.
One cool feature in the application is presence forecasting, an ability to estimate when a user might again be online when they leave a desktop computer. OMM examines usage patterns and makes a prediction on when a user will return to the computer. It uses this functionality to decide when to send messages to users.
And OMM can save users money, too. For those whose connectivity-plan cost is based on usage, the service can set message limits, break them into pieces, and limit the number of messages sent per day. Its alerting simulator feature can estimate how many messages would be sent to a device per day with a given set of settings, which can then be adjusted to a preferred level.
All in all, the service provided by OMM can be habit-forming.
âI was down at Stanford a number of years ago when our team was using the Priorities research prototype, OMMâs ancestor,â Horvitz recounts, âand I noticed I wasnât getting any messages on my device. Could it be that nothing was urgent enough to be transmitted? Something must have been up. I called home. It turns out that there had been a windstorm in Redmond, and our server has lost power.
âThat was the first time in my life that I felt like I had lost a utilityâwhere the utility wasnât electricity or water, but automated intelligence. I suffered a loss of a service that I had grown to depend on. It highlighted to me the likely prospect that, just as weâve grown accustomed to electricity, weâll someday grow accustomed to a variety of services that rely on automated learning and reasoningâsome which stream valuable information right into devices in our pockets.â
OMMâs research ancestor, Priorities was developed as part of the Attentional User Interface effort, a thematic area of research taking human attention as the scarcest resource in computing. The early work on the Priorities project explored several key components of OMM, including the core effort on machine learning for triaging, presence forecasting, mobile messaging, and designs for the ambient display of urgent information.
âIn the mid-â90s, we wondered if we could determine how urgent a message is by considering many aspects of messages and related information, including information about relationships among senders and recipients, Horvitz says. âWe found that we could do that. We explored multiple aspects of this challenge and developed such measures as âthe expected cost of delayed reviewâ of messages, capturing in a clear manner the urgency of a communication.â
OMM determines urgency by analyzing many categories of findings or features of messages, including the number of people receiving the message, how long a message is, whether questions are being asked within its body, what sort of verb tenses are employed, and whether it contains dates and times and how close they are to the present. The message senderâs identity and relationship to the recipient are analyzed by accessing the userâs address book and an organizational chart via Microsoftâs Active Directory Service to determine such relationships as whether the sender is a peer, a direct report, a manager, somebody else up or down the org chart, or externalâdefined as somebody who doesnât appear in the personal address book or the organizational chart.
âResearchers have different sets of goals,â Horvitz says, âincluding the pursuit of different mixes of theoretical results and applications that demonstrate the power of new theory or methods. I enjoy exploring theoretical issues, but I also get excited about seeing applications sing in the world, delivering value to peopleâeven in early prototypes that point the way to the future. Mobile Managerâs automated reasoning can provide value in the daily life of people.â
The application works with recent versions of Microsoft Windows and Microsoft Outlook and is available to anybody with a device that can receive SMS messages. It is optimized for those using Windows XP and Outlook 11, and it works directly with Outlook, not requiring a back-end server.
Such a development effort is hardly the product of a single individual. Horvitz is quick to single out those who helped bring OMM to fruition. âIt was a team effort,â he says. âMuru Subramani was the key software engineer on OMM v. 2.0. Johnson Apacible was the development-team manager. The final polish was applied by Gavin Janckeâs team; in particular, Piali Choudhury. And early on, for Mobile Manager v. 1.0, Greg Baribault, Sharad Mathur, and others from the product teams did a great deal of work.
âWeâre building software that is starting to learn about and understand human concerns in a deeper way,â Horvitz adds. âAs researchers, that really turns us on. Itâs an example of computers understanding people and their goals.â
Not only has the computerâs understanding increased, but so has its empathy toward its user.
âMobile Manager recognizes that people may be quite stressed,â Horvitz says. âTheir Inbox is exploding, and itâs hard to triage. But here, the same computer that is perhaps the biggest source of your information overload is also helping to decrease it.
âItâs almost like itâs saying, âWait, donât give up yet!â â
What type of jobs can I get with a computer major?
Q. I want to know what all kinds of jobs I am able to get in computers. I am focusing on web technologies. I would really like to be able to help others.
Are there any jobs involving computers that help people?
How would I go about becoming a computer teacher?
Please serious answers only.
Are there any jobs involving computers that help people?
How would I go about becoming a computer teacher?
Please serious answers only.
A. Students who major in computer science at college have a cornucopia of job options after graduation. They don't have to confine themselves to computing firms only, but can branch out into other businesses that rely on computers to do their work, such as hospitals and insurance companies. They can be programmers, system engineers or security specialists, to name but a few occupational choices.
Web Developer
A majority of businesses and many people have a web presence these days, yet not everyone is computer literate when it comes to designing a website. A computer science major could work in web design, designing and maintaining large and/or complicated websites for a single business or for a firm that specializes in web design. Or she could design websites for individuals who want something beyond the templates offered by a web host company. A related occupation is webmaster, a computer specialist who is responsible for technical performance of the website and site content.
Computer Programmers
Think about the software you use for word processing or playing games. Someone had to write it. That someone is a computer programmer who probably has a computer science major in his background. A programmer takes software that has been designed by software engineers and systems analysts and turns it into language that computers can understand, says the U.S. Bureau of Labor Statistics' "Occupational Outlook Handbook".
Network Specialist
A network involves two or more computers having the ability to share information. The network analyst designs networks and keeps them operating. His job is to make sure computers and communications equipment work together on local area and wide area networks, and the Internet, says the Occupational Outlook Handbook.
Computer Support Specialist
A computer support specialist offers assistance to people who have problems with their computer or software. Computer support specialists are usually known as tech support specialists or help-desk technicians. They provide help in-house to a business' computer users or outside the company to its customers. They need to be familiar with software programs and hardware to interpret and analyze problems, especially if they will be answering questions over the telephone.
Earnings
Computer science majors can earn high salaries working in this technology field. Earnings vary by specialty and responsibility, but the Occupational Outlook Handbook notes salaries of more than $100,000 annually are usual for information system managers. Systems designers earned more than $80,000 annually in 2008, the handbook says.
Read more: Computer Science Major Jobs | eHow.com http://www.ehow.com/info_7756420_computer-science-major-jobs.html#ixzz1We0NTQAF
Web Developer
A majority of businesses and many people have a web presence these days, yet not everyone is computer literate when it comes to designing a website. A computer science major could work in web design, designing and maintaining large and/or complicated websites for a single business or for a firm that specializes in web design. Or she could design websites for individuals who want something beyond the templates offered by a web host company. A related occupation is webmaster, a computer specialist who is responsible for technical performance of the website and site content.
Computer Programmers
Think about the software you use for word processing or playing games. Someone had to write it. That someone is a computer programmer who probably has a computer science major in his background. A programmer takes software that has been designed by software engineers and systems analysts and turns it into language that computers can understand, says the U.S. Bureau of Labor Statistics' "Occupational Outlook Handbook".
Network Specialist
A network involves two or more computers having the ability to share information. The network analyst designs networks and keeps them operating. His job is to make sure computers and communications equipment work together on local area and wide area networks, and the Internet, says the Occupational Outlook Handbook.
Computer Support Specialist
A computer support specialist offers assistance to people who have problems with their computer or software. Computer support specialists are usually known as tech support specialists or help-desk technicians. They provide help in-house to a business' computer users or outside the company to its customers. They need to be familiar with software programs and hardware to interpret and analyze problems, especially if they will be answering questions over the telephone.
Earnings
Computer science majors can earn high salaries working in this technology field. Earnings vary by specialty and responsibility, but the Occupational Outlook Handbook notes salaries of more than $100,000 annually are usual for information system managers. Systems designers earned more than $80,000 annually in 2008, the handbook says.
Read more: Computer Science Major Jobs | eHow.com http://www.ehow.com/info_7756420_computer-science-major-jobs.html#ixzz1We0NTQAF
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