All you ha to do is:
1) Set your CALLSIGN
2) Set your LOCATOR or press the GPS button and have the app automatically calculate it based on your position. Please allow a few seconds for the GPS to get exact coordinates.
3) Set the POWER LEVEL so that it matches your rig output power
4) Select the BAND (optional). This is only to have handy the frequency value to set on the rig.
5) Set the TX FRAMING. This allows you to set how ofter the WSPR will be sent. By default the WSPR is sent only once.
6) Select the BASE FREQUENCY. It can go from 1400Hz to 1600Hz and by default it is 1500Hz
7) Press START
The app will wait for the next frame start before sending.
So you only have to make sure that the clock of your smartphone/tablet is synced.
By pressing the REPORTS button you can monitor, filter and share reception reports. By pressing the MAP button, the app will open the related WSPRnet.org map page to view reports.
For any support or suggestion please visit the website: http://alphapapacharlie.com
or send an email to email@example.com
72/73, Andrea IU4APC
NOW INTEGRATED WITH THE EchoLink APP!!
Over 50,000 repeaters and growing in 178 countries! Now the Official Repeater Directory of Canada and Radio Society of Great Britain!
RFinder (Repeater Finder), the premier Ham Radio repeater locating tool for Amateur Radio operators, allows you to find repeaters all over the world based on your current location or a specified location. It allows sorting by distance or by Trustee callsign as well as filtering by band and radius in miles or kilometers.
Social functions! Let other hams know you are on a repeater through RFinder AND APRS (optional)! Find an EchoLink node in RFinder and call it with one click via EchoLink! Automatic data updates as you move!
Repeater Finder (RFinder) taps into The World Wide Repeater Directory, including IRLP and EchoLink information.
Our repeater locator database is growing daily.
Access to the Directory is included for one year then it will be an annual subscription for $9.99, and your subscription works for all platforms...Android, iPhone/iPad/iPod, www.RTSYSTEMSINC.com and chirp.dansplanet.org radio programmers, as well as web.rfinder.net. Each purchase of a new platform advances your annual to a year from that new purchase date. Windows Phone is coming!
If we do not have your repeaters listed...please do not refund or give us a bad rating...add repeaters at http://add.rfinder.net or request an add or update from the app.. Don't forget LAT/LON (in decimal), use periods as decimals, please.
The application accesses our Worldwide Repeater Directory and scanner directory but only stores information for repeaters within approximately 80 miles (125 km) from your location on your handheld at any one time, saving you room on your device and allowing distance calculation and mapping features to operate smoothly. It uses geolocation either via cell tower triangulation, GPS or manual location entry (so you can look up the repeaters you will use on vacation or business trips, etc.).
If anyone has lists of repeaters from their countries we would love to incorporate that into our database.
Worldwide IRLP and Echolink nodes.
We support Android 1.6 and above!
Planned Future Developments
Contact us if you need apps created that are back-ended by IBM Lotus Domino, or any other database! Yes, Tablets!
© ITWeRKS 2011
Be careful if using this while driving a car. The app is not suitable for operating while driving.
By default, it shows APRS positions for HAM radio operators in the Nordic countries. Its user-interactions is mostly in norwegian. We may consider extending the area and translating to more languages, if there is interest. Contributtions and suggestions are welcome. The Polaric Server project is on GitHub.
See also aprs.no/dokuwiki
If you don't want to submit bug reports, set the debug level to “OFF” in DigiControl preferences.
It is an alpha stage software written in Scala language. Scala on Android is a bit out of the mainstream, so take it easy. Bridge piece is on C++ BOOST.
A large part of the source code is available at GitHub as DigiLib library under an Apache 2.0 license.
FYI: There are a lot of threads and hundreds of places with a watchdog timer and thousands of places with recovery logic. Also, the user interface and background service are independent processes.
- If the application freezes: The longest watchdog timeout is about 5 minutes; the shortest watchdog timeout is 1 second. Most of them are not more than 20 seconds. Wait, and after it unfreezes, upload a report to us.
- If an application blocks something or shows something unexpected, upload a report to us, then rotate your device. After the device is rotated, there will be reinitialization.
- If something blows up, it explodes with stack traces, uh, Sssssmmmokie! Restart the application after the crash, and upload a report to us.
You may upload a report via context menu. The report dialog will appear automatically if there is a stack trace.
If you have an idea of how to improve DigiControl or wish to change something, please submit your idea via GitHub tracker. Please submit technical issues too.
There is only DigiSSHD component available at this time. DigiSSHD is an SSH server that provides secure shell, scp, and sftp.
Upon start the the time will be synchronized with an NTP server and the status of the beacons will be checked from the NCDXF website.
For any question please visit our new forum at http://www.wolphi.com/forum/
A waterfall shows the frequency spectrum of 100Hz to 2500Hz. Just slide the waterfall slide on a RTTY carrier frequency and DroidRTTY will decode the signal.
In transmitting mode characters can be entered trough the keyboard. 9 Macros are also available to store standard texts like “name and qth” and “station info”
DroidRTTY also now includes a logbook. Callsign, Name RST etc can be easily tranfered into the lookbook from the receiving screen.
The logbook also includes ADIF export and import to transfer your logbook data to a PC based logging software.
Version 1.10 also includes 50 baud / 450Hz shift to receive the German Weather Service (Deutscher Wetterdienst)
Functional overview of the application
You can use some transceiver’s DR functions.
Send and receive voice and pictures.
Send and receive text messages.
See the location of repeater sites or other stations on a map using received position data, or your transceiver’s repeater list.
Automatically set the transceiver’s “FROM” and “TO” fields by tapping a repeater site or a station on the map.
Use your own maps without needing an internet connection.
In the DV mode, read and edit the received station’s information.
Download additional information from an Internet database, such as QRZ.com or APRS.fi.
Call Sign list
Edit call signs and names used in the DR function. Also, you can add a call sign and a name in the Call Sign list.
See the detailed data entered in the Repeater list.
Change some of the transceiver’s function settings.
Select application software settings.
Import a Repeater list and a Call Sign list.
Export the Repeater list, the Call Sign list, and the Receive History.
The RS-MS1A operating requirements are as follows:
1. Android 4.0 or later
The RS-MS1A has been tested with the following Android devices available in Japan.
- Samsung Galaxy S3 Progre(au SCL21: Android 4.0.4 / 4.1.2)
- Samsung Galaxy S3 (NTT docomo SC-03E: Android 4.1.1)
- Samsung Galaxy S3α (NTT docomo SC-03E: Android 4.1.1)
- Samsung Galaxy S4 (NTT docomo SC-04E: Android 4.2.2 / 4.3 / 4.4.2)
- Samsung Galaxy Note (NTT docomo SC-05D: Android 4.1.2)
- Samsung Galaxy Note3 (NTT docomo SC-01F / au SCL22: Android 4.3 / 4.4.2)
- Google Nexus 7 (2012) (Nexus7-16G: Android 4.2.2 / 4.4.2 / 4.4.3)
- Google Nexus 7 (2013) (Nexus7-16G: Android 4.3 / 4.4.2 / 4.4.3)
2. Touch screen
3. Bluetooth function and/or USB host function
- ID-51A/E (PLUS) 50th Anniversary model
*Not all functions are usable.
To use the RS-MS1A with a supported transceiver, you need an internal Bluetooth unit or the OPC-2350LU data cable. See your transceiver’s instruction manual for details.
- The RS-MS1A may not work with all Android devices, even if it is one of the tested devices. This is because an application program on your device may conflict with the RS-MS1A.
- You may need to install additional file managing and image processing software.
- Your Android device must be USB host function compatible to communicate with your transceiver through the OPC-2350LU cable. Even if your device is USB host function compatible, the RS-MS1A may not function properly.
- You may need to connect to the Internet through a Wireless LAN, a 3G network or an LTE network for some functions.
- The RS-MS1A supports only portrait orientation. It does not support Auto Rotate.
- Remove the data cable when the Android device is not used to reduce the devices power consumption
- The RS-MS1A program may lock up when transmitting some high-quality or large size image files, or continuously operated for a long time. In that case, restart the program.
- Depending on the Android device, the power supplied to the USB terminal may be stopped while in the display sleep mode or power saving mode. In that case, remove the “Screen timeout” check mark on the Application Setting screen of the RS-MS1A.
- When you transmit an image file with the baud rate set at 4800bps, some of that data may be lost. In that case, set the baud rate to over 9600bps.
Get donation version for maps and convert grid back to lat/long
EchoLink for Android provides access to the EchoLink network from your Android device. You can use this app to connect to the EchoLink system from almost anywhere, using either a WiFi or cellular (3G/4G) connection.
Click on any node on the map to get connection details. The details include the node’s frequency and tone, and whether the node is idle or not. Free + No Ads.
The features in the receiving modes include:
- Spectrum analyzer for easy tuning
- Auto synchronization ( auto slant correction)
- Auto mode detect
- VIS encoding (detects SSTV header and sets mode automatically)
- Level bar for adjusting the audio signal
- Auto save received pictures to SD Card.
- Share received pictures (Email , Dropbox etc.)
The features in the transmitting modes include:
- Pre-load up to 9 pictures from the SD Card into DroidSSTV’s gallery
- Adjust contrast, brightness and saturation
- Template editor for easily overlaying templates over images
- Macro’s for use with templates
Encoder: Always 2 tones are assigned to each key.The length of the tone and the pause between the tones can be set from 35ms to 1500ms.
A total of 36 marco’s can be used to play phone numbers, ham radio auto patch numbers, amateur radio echolink id's any many more.The 36 macro's can be saved to the phones/tablets memory. This way a unlimited amount of macros can be used. The DTMF tone length and the pause between the tones can be adjusted.
Decoder: The decoder detects the DTMF tones and prints them on the screen. A sophisticated algorithm detects the tones even in noisy environments.
Please let us know what you think. If you like DTMF please leave us a feedback at Google Market. If you have any suggestions please email us at firstname.lastname@example.org
Beacons is a mobile app which allows mobile users to track each other on a map, designed with two goals in mind: privacy and simplicity.
* How does it work?
Suppose you and your friends want to meet somewhere and keep track of everyone's location all the time. It's simple: share a Beacons session! Here are the three steps to do that:
1. CREATE: You initiate a Beacons session and get a 6-character session key from the server. Upon creating the session, you become visible on the map.
2. SHARE: Share the session key with your friends by phone, SMS or e-mail.
3. JOIN: Your friends join the session using the shared key and become visible on the map as well. All participants' positions will change in real time, as they move.
No signup. No setup. Fully operational right after starting the app.
Beacons respects your privacy by design:
- it doesn't access your accounts, of any kind
- it doesn't ask you about your private data
- it never exchanges any personal data with the server
Savvy users are welcome to check it using a network monitor.
For more info and support/feedback please visit http://beacons.herokuapp.com.