Free records all software for windows

A problem database, speech recognition word processor and report writer, for medical care, and other problem based, industries. The Problem Oriented Record Writer is a word processing software application developed to use speech recognition as the primary input method. Progress note and comprehensive note creation, and prescription writing are the main outcomes of the speech dictation data entry. A report writer, able to integrate all of the information entered into the database, enables a user to design printouts, or output files, suited to their individual needs.
The system will printout, or screen display, layman information, and expert/professional information on dictated problems. Problems and associated classification codes, like the ICDM codes for medical diagnoses, can be linked with procedures and their procedure codes, to produce billing data, directly from the information and coding imbedded in the database. Notes are saved and organized in reverse chronologic order.
Updated problems, and their previously entries, are saved and accessible in the database. A summary screen of the latest problem entry, along with a linked problem section, is displayed on a single screen, showing for example an active problem and order list. A list of previous problem entries and their linked sections are also viewable. From here many of the program features can be accessed. Adding new problems, or updating and editing a previously dictated problem, is quick and easy. Previously entered text can be readily incorporated into a new note.
Once a note section is dictated it can be used for a myriad of purposes. It can be printed or viewed in a prescription or note. Since all the text is searchable, and can be selected and embedded in all kinds of letters and documents, reports can be screen displayed or hard copy printed like: blood pressure and pulse rate lists, chronologic sigmoidoscopy results, work excuses, physician referrals, imaging orders, hospital orders with allergies and medications, jury duty letters, form letters. After each section is dictated, a complete note can be printed, or stored in the computer, in several predefined styles, or in a style and format of a user?s creation. Form letters and reports incorporating demographic and dictated information, can be produced and edited.
Standardized forms for problems can be created and utilized. Then only the additions, or specific segments, need to be edited; instead of producing the full report, each time a typical problem requires dictation. For example, medical problems like sinusitis, bronchitis, or routine physical examinations, can have fill in templates.
In user selected dictation segments, every dictated word can be compared to a user defined table of word associations. For example, in a medical therapy section, dictating the word Penicillin, can cause a popup list of text choices, associated with Penicillin, to appear. Then any of the choices can be selected, to incorporate in the note. For example, one of the Penicillin choices can be ?Penicillin 250mg swallowed 4 times a day supply 10 days no refills?, which when chosen is entered into the note, and can be printed as a prescription.
Some example layman and expert information sheets are supplied with the system, but an unlimited number can be added, to supply the user, or their client?s, with viewable or printable information on a problem.
Although this program was designed for the medical care industry, any problem oriented record keeping endeavor could utilize it. The database can be configured for a wide variety of word processing applications. Although it takes time and effort to fully master a speech recognition program, and to fully master the versatility of this word processing program design, the resulting improvement in speed, ease of use, built in knowledge, make the training effort well worth while. Straight dictation and basic report printout are not very difficult, and can give a overview of the program?s capability.
However, like any complicated device, it is the ability to add and utilize the other efficiencies, like tables, searches, templates, and more, which make the system, exceptional and eventually indispensable.

Music Records Matching demonstrates the music identification technology and given a short audioclip it will find the full record Music Records Matching demonstrates the music identification technology and given a short audio clip it will find the full record.
The application demonstrates use of two technologies developed by Sloud Inc.: Audio (Acoustic) Fingerprinting and Audio Identification.
Sloud MRM Acoustic Fingerprint (audio fingerprint) is a compact representation or index of an audio record. The audioprint can be used to find particular record in a large music database.
This audioprint knows nothing of the title of the record, or performer, or any other type of textual description of the music. Its based exclusively on the sound data itself.
Sloud MRM Audio Fingerprinting is constructed in two stages:
- Conversion of audiodata to some standard format (PCM);
- Indexing of the PCM data from the beginning to the end.
The current demo works with MP3 files because they seem to be the most commonly used. But any other type of music files can be used just as well and support for other formats is planned.
Sloud MRM Audio Identification is the technology which identifies the records by their Sloud MRM Acoustic Fingerprints. This component records a short 15-second fragment of the record, creates its audioprint, then searches its database for similar audioprints.
Both technologies are targeted at weakly distorted records. Such alterations appear, for instance, when the record is digitized, when its converted from one audio format to another, or during compression/decompression.
The modifications introduce artifacts that can be heard as a slight hissing or alterations in high or low pitch sounds of the music.
In order to demonstrate technology clearly, the Sloud MRM Audio Identification records sound played by the users media player (as opposed to directly searching for file fragments).
Potential Applications
The Acoustic Fingerprinting technology could be useful whenever someone needs to match an unknown record against a database of records, or discover identical records in a large set.
For example, a copyright holder may want to use MRM to in order to control distribution of music online, or in P2P file-swapping networks.
Music Records Matching can be used to meter use of copyrighted music or advertising in broadcasts, such as radio. MRM can also be used by search engine operators to identify music files found on the web. Or it can be used to identify video clips by the background sounds.
We are currently building a desktop application that will allow music fans to find and remove duplicates in their music collections. The application will seek multiple copies of the same records based on their content (as opposed to metadata).
System requirements:
- Pentium PII 400 MHz processor (or higher)
- RAM 128 MB
- 10 MB free disk space
- Sound card
- Modem (or another Internet connection) with 56 kbps (or higher)

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