Helical antenna design hfss jobs
I am seeking a skilled freelancer to design and create a small electronics enclosure for my project. The enclosure should have the following specifications: Size Requirement: - The enclosure will be small, with dimensions max 100 x 60 x 10 mm - See pictures for first design draft Intended Use: - The enclosure will be for electronic sensors inside shipped goods. Can get cold and hot but not wet. - There will be a battery cover to easily change batteries - The design should include a low cost 4-wire connector that will allow the device to be electrically connected to a docking station. The docking station will be designed later, based on this design. - It should either be a cut-out for GPS antenna or a thicker enclosure to accommodate it. The ante...
I have very limited C# experience. I need help configuring a running copy of on 2022 Visual Studio 17. I plan on using some HID relays to control some Amateur radio antenna switches. K7OGW
----------------------------------------------------------- I WONT ANSWER "WHATS YOUR BUDGET?" QUESTION PLEASE SET A REALISTIC BID ------------------------------------------------------------ I have got a custom ESP32 board which has an onboard ceramic antenna. I need help to get a stable WiFi connection. I think the anntenna circuit needs to be adjusted.
Make an infographic about the distinctions between RG-174 and LMR-100 coaxial cable types. LMR-100 and RG-174 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Inc...
Hi I need to include a custom antenna Bluetooth (2.4 Ghz) in my current of PCB. The antenna will be connected to connector IPX-V1 + Wire. I dont know if the antenna could be ceramic or printed. The propousal of antenna must be tunning to 50 Ohm and SWR < 2.0 I attached the PCB form factor, and the zone were i need the antenna. Thanks. Ricardo
I need a custom PCB that uses: - HDC1080 - nRF52810 - 2450AT42A100 antenna - CR2450 battery (3v) - With holder which will be THT, so you have the components on one side and the battery on the back. I’m going to be using a TC2050-IDC-430 + SEGGER J-Link to flash the device - so will need some pogo pins which can be used to flash the device.
I am looking for a skilled CAD modeler who can assist me with creating a 3D model of a radio antenna, based on detailed specifications. The CAD model will be used for design analysis, leading to manufacturing. CAD and electrical engineering skills are desired. If you have the necessary skills and experience, please submit your proposal.
...Ideal skills required: 1. Carrier board for Jetson Orin Nx module 2. Carrier board should have lock type connector provision to plug in the “Jetson Orin Nx” module externally 3. SSD/eMMC Interface. Schematic should consider locks types connector provision to plug in the SSD externally. appropriate part to be selected 4. BLE Module Interface. On board support for selected BLE Module (inbuilt antenna), appropriate part to be selected 5. Type-C USB host Interface. On-board USB C type connector provision 6. RTC - On board RTC support 7. Microphone: Omni directional Noise cancellation microphone array with > 20 DB SNR at 5m range under wind noise condition 8. Audio Jack: Interface for connecting external headphone (2 in 1 - mic and speaker) 9. Speaker: 2Watt Speaker...
I need to develop a compact reader for Mifare Classic or Mifare Ultralight. The board width is 15mm, antenna diameter is 15mm. The device should read password-protected areas and send them to the host via RS485 interface. I need schematics, a PCB, and a working prototype. 3-4 weeks deadline. Please see the attached description.
I will choose multiple winners of this contest (it may be many). Each winner gets their own feedback. This contest will be open until around Dec 3 so that you can take your time to make great graphics and multiple versions. Make an infographic about connectors. is a type of connector for antenna cables. The following ideas are for you to create the best infographics on this subject: There are multiple variations and you can focus on one variation, or make a composite of multiple variations: All of these version types are good: Version/variation #1. Show a connector on a cable (black cable) and show a jack on a PCB board. Version/variation #2. Show a insertion tool (see on ) with the infographic showing the proper installation of a connector on a jack:
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-100, LMR-200 and RG-58. LMR-100, LMR-200 and RG-58 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the three types. 2. The bend radiuses of each of the three types 3. Diameter / thickness of each of the three types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 and LMR-200 ...
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-200 and RG58. LMR-200 and RG58 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-200 is 6 GHz). RG-58 has a single tinned ...
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-100 and RG174. LMR-100 and RG174 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). Include the logo of Data...
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-100 and RG58. LMR-100 and RG58 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). RG-58 has a single tinned ...
Make an infographic about the specifications of 0.81mm coaxial cable. I will purchase about 4 or 5 of the entries from this contest. Each winner gets their own feedback. The purpose of the coax is for cables, and it is good to mention The infographic can show some or all of the following information: 1. The attenuation (signal loss) for various frequencies. 2. Shielding characteristics and specifications. 3. The bend radius. 4. Diameter / thickness. 5. Compare to 1.13mm coax: We only need one version like this (don't do this for all versions) Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. Title of the graphic can be some variation on one o...
...infographic about the torque ratings of RP-SMA connectors. Ideas for you to create the best infographics on this subject: All of these version types are good: Version #1. Show both the male and female versions of RP-SMA connector Version #2. Show the Male connector only Version #3. Show the Female connector only Version #4. Show RP-SMA connectors on a cable (the connector would be on a black coaxial antenna cable) Don't show the panel-mount type of RP-SMA connector. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom. Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance Inc. 2024 Please double-check your entry for spelling errors before submitting it. Please submit your file as compressed JPG version. ...
...infographic about the torque ratings of SMA connectors. Ideas for you to create the best infographics on this subject: All of these version types are good: Version #1. Show both the male and female versions of SMA connector Version #2. Show the Male connector only Version #3. Show the Female connector only Version #4. Show SMA connectors on a cable (the connector would be on a black coaxial antenna cable) Don't show the panel-mount type of SMA connector. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom. Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance Inc. 2024 Please double-check your entry for spelling errors before submitting it. Please submit your file as compressed JPG version. In the file
The microcontroller acts as the initial sensing unit for EEG signals. Once these are detected, a MIMO antenna system is activated to further collect EEG data with higher precision through electromagnetic frequencies. This enhanced data is then sent to a computer running a BCI software that employs a P300-based method to facilitate communication and potentially even visualize what the person is seeing. Here are some considerations for this setup: 1. **Precision**: The use of MIMO for 'virtual electrode placement' could potentially enhance the spatial resolution of EEG readings. 2. **Signal Quality**: MIMO can help improve signal-to-noise ratio, ensuring more accurate and reliable data transmission. 3. **Real-time Processing**: Both P300 detection and image recon...
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the specifications of 1.13mm coaxial cable. The infographic can show some or all of the following information: 1. The attenuation (signal loss) for various frequencies. 2. Shielding characteristics and specifications. 3. The bend radius. 4. Diameter / thickness. 5. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom. Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance Inc. 2024 Please double-check your ...
I will choose multiple winners of this contest (it may be many). Each winner gets their own feedback. This contest will be open until around Nov 28 so that you can take your time to make great graphics and multiple versions. Make an infographic about MHF4 connectors. MHF4 is a type of connector for antenna cables. The following ideas are for you to create the best infographics on this subject: There are multiple variations and you can focus on one variation, or make a composite of multiple variations: All of these version types are good (your infographic can show one of these variations or a combination of several of them): Version/variation #1. Show a MHF4 connector on a cable (black cable) and show a jack on a PCB board. Version/variation #2. Show aMHF4 insertion tool (see on d...
I will choose multiple winners of this contest (it may be many). Each winner gets their own feedback. This contest will be open until around Nov 23 so that you can take your time to make great graphics and multiple versions. Make an infographic about connectors. is a type of connector for antenna cables. The following ideas are for you to create the best infographics on this subject: There are multiple variations and you can focus on one variation, or make a composite of multiple variations: All of these version types are good: Version/variation #1. Show a connector on a cable (black cable) and show a jack on a PCB board. Version/variation #2. Show a insertion tool (see on ) with the infographic showing the proper installation of a connector
...about the various antenna types. I don't want a composite of a bunch of antennas with no explanation about what type of antenna they are. Please use Data Alliance's antennas () in your Infographic. If you do an infographic about a specific model of Data Alliance antenna, I will very likely buy the graphic (one per model). We have hundreds of models of antennas for IoT applications. Ideas for you to create the best infographics on this subject: All of these version types are good and I will choose a winner from each of these subcategories (or more than one winner from each of these subcategories): Version: Antennas for IoT applications: A composite of various antenna types Version: Antennas for Industrial IoT applications: A composite of v...
...this contest (it may be many). Each winner gets their own feedback. Make an infographic about the materials composition of antenna connector N-Type (N-Type Connector; N-Type Antenna Connector). Type-N is a connector for antennas and antenna cables. The typical materials composition of N-Type connectors is listed on our website: Search data-alliance.net. Ideas for you to create the best infographics on this subject: All of these version types are good: Version #1. Show both the male and female versions of N-Type connector Version #2. Show the Male connector only. Version #3. Show N-Type connectors on a cable (the connector would be on a black coaxial antenna cable) Version #4: N-Type adapter: Sub topics of this: N-male to N-male, N-female to N-femal...
I'm looking for someone to develop a circuitboard with motor control capabilities for a robot project. I want the robot to find my location and come to me when I press a remo...someone to develop a circuitboard with motor control capabilities for a robot project. I want the robot to find my location and come to me when I press a remote controle button that sends a RF signals. The inbut to this circuit board would be from the RF antenna and the outbut would be a signal to a linear stepper motor to steer the robot weels While this project needs to be completed within a month, I am willing to be flexible and understand that this may take more time depending on the complexity of this project. If you have the acumen to design and develop a motor control circuitboard to my sat...
I need a freelancer that will download all the necessary algorithms and programs on my computer to remotely connect my bci to my brain through SDR and a Mimo antenna , many algorithms exist already and I need help with this and a signal acquisition, someone is already doing this to me and I need help to stop them
...preferred Project Requirements: - The project involves simulating a specific model using Plaxis 3D - The freelancer must be able to accurately model the soil-structure interaction - The deadline for this project is flexible, allowing for sufficient time to complete the simulation accurately Detail Scope: Load deflection curve from Axial compression and Uplift and lateral load test are available for Helical pile. The scope of work is to construct a numerical finite element model in Plaxis 3D software and calibrate the model to match load deflection curve from compression and uplift data. Please see the attached papers that has the test results. One paper has compression and uplift test and other paper has the lateral load test. If you have experience in soil structure interac...
I am looking for a freelancer who is experienced in using Ab...project on Soil Structure Interaction. The level of detail I expect in the results is highly detailed. The ideal candidate for this project should have expertise in Abacus and soil mechanics, with a strong understanding of soil properties and their interaction with structures. Detail Job Description: Load deflection curve from Axial compression and Uplift and lateral load test are available for Helical pile. The scope of work is to construct a numerical finite element model in either Abaqus software and calibrate the model to match load deflection curve from compression and uplift data. Please see the attached papers that has the test results. One paper has compression and uplift test and other paper has the lateral ...
I need somebody with experience in ladle tracker rfid and antenna with expeience in manudfacturing, electrical or steel industry. I need to understand some terminoloiges if somebody can help
I am looking for an experienced antenna designer to create a high-frequency antenna design in HFSS. The project requirements are in this paper from IEEE "2-D Beam Steering Performance of a Triple Mode Horn Antenna Integrated With Risley Prism and Phase Correcting Surface" Ideal Skills and Experience: - Proficiency in HFSS software for antenna design. - Strong knowledge of high-frequency antenna design principles. - Experience in designing antennas with medium gain. - Understanding of broadcasting requirements and regulations. If you have the necessary skills and expertise in antenna design, specifically in HFSS and high-frequency applications, please submit your proposal.
I am working on microfluidic platform , I have some images of the setup ( in solidworks and some in ppt ). I would like to get the ANIMATED pictures or videos for my ppt presentation. The microfluidic setup consists of several modules : 1. Syringe pump - I would like to get a small demo how the syringe pump works and attach it on ppt. Include sucking process , injections and others. 2. Helical heating module - I would like to show how nanoparticles are formed when the synthesis is occurring . Show animation like the flow of liquid transforming into flow with liquid and cubes and then transforming into liquid with hexagonal shapes nanoaprticles 3. Cooling module - show how the cooling occurs 4. Characterization - basically show fluorescence spectroscopy and shining of materials 5....
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-100 and LMR-200. LMR-100 and LMR-200 are coax types for antenna cables. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 4. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom. Include a small, discrete line
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between 1.13mm, 1.32,mm, 1.37mm and RG174. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the three types. 2. Shielding characteristics of the three types. 3. The bend radiuses of each of the three types. 4. Diameter / thickness of each of the three types. 5. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom. Include a small, discrete line of...
I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Make an infographic about the distinctions between LMR-100, LMR-200, and LMR-400. The infographic can show some or all of the following information: 1. The differences in attenuation (signal loss) for each of the three types: Specific numbers for the attenuation. 2. The bend radiuses of each of the three types: Specific numbers for the bend radiuses. 3. Diameter / thickness of each of the three types: Specific numbers for the diameter. 4. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. Include the logo of Data Alliance (see: ): Small, ...
...this contest (it may be many). Each winner gets their own feedback. Make an infographic about the materials composition of antenna connector types RP-SMA. The typical materials composition of RP-SMA connectors is listed below. Connector Body: Gold Plated Brass Center Contact: Beryllium Copper, Gold Plated Crimp Ferrule: Copper, Nickel Plated Insulators: PTFE Ideas for you to create the best infographics on this subject: All of these version types are good: Version #1. Show both the male and female versions of RP-SMA connector Version #2. Show the Male connector only Version #3. Show RP-SMA connectors on a cable (the connector would be on a black coaxial antenna cable) Don't show the panel-mount type of RP-SMA connector. Include the logo of Data Alliance (see:...
Hi Martin, I want to introduce RFID tags in a business that sells one type of a product only. The basic idea is very simple. Let me explain. The product is sold via a counter where it passes through, the RFID antenna and tags which will be placed on the counter and clear bags respectively and will be used to detect when the product has left the counter. What we want at the end of the day is to count the number of tags registered on the system and tally it with the physical cash and ensure it matches. So we wanted a user interface that can allow us to easily - Record the Counted tags that have passed - If a customer makes a return it will pass through the same counter and it must deduct it from the count. - An interface that is simple to use for anyone without any background i...
Make an infographic that shows the materials composition of an SMA antenna connector. SMA connector materials composition consists of the following: Connector Body: Gold Plated Brass Center Contact: Beryllium Copper, Gold Plated Crimp Ferrule: Copper, Nickel Plated Insulators: PTFE
OPTION #1: Make an infographic about the torque ratings of antenna connector types SMA and RP-SMA. The infographic for option #1 would be placed on this blog post (the infographic would be relevant to the content of this blog post): OPTION #2: Choose any post from my blog to make an infographic about: Choose a post from this blog: and make the infographic relevant to the content of that blog post. Thank you!! -George
I am looking for a freelancer to help me develop a system that is capable of achieving centimeter accuracy. I have specific requirements in mind, and the system will be used in an urban environment. The ideal freelancer should have extensive knowledge of the latest GPS-based measurement systems and should be able to develop a system that is capable of meeting my accuracy requirement...requirements in mind, and the system will be used in an urban environment. The ideal freelancer should have extensive knowledge of the latest GPS-based measurement systems and should be able to develop a system that is capable of meeting my accuracy requirement. The ideal freelancer should have knowledge in using the ZED-F9 module manufactured by ublox and knowledge in configuring a base and rover antenna...
I am looking for a skilled engineer to design an antenna LNA for my project. The antenna needs to cover the MHz frequency range. The desired gain for the LNA is 48dB, with a noise figure of less than 1.5dB. The bandwidth should be between 1550-1620MHz. The size of the antenna should be 50*50mm. Deliverables: Provide all design files. Diagram, Simulation files, Schematic and PCB files, Gerber & BOM files. Requirements: 1. There is a hole via for the feed pin in the center of the LNA board for the GNSS patch antenna. The hole via is the input of the LNA board, and the output is the solder pad connected to the RF coaxial cable. 2. Since the LNA consumes power, RF signals and DC 3.3V are transmitted together through the coaxial cable. So the LN...
...Overview: I require a PCB design that includes the following components and features: 1. **24V to 5V Converter**: The PCB should incorporate a reliable 24V to 5V voltage converter to power an ESP32 microcontroller. The power supply should provide sufficient current to ensure stable ESP32 operation. 2. **ESP32 Integration**: All pins of the ESP32 should be available on the PCB, with proper labeling and connections for easy interfacing with other components. 3. **Analog Signal Integration**: The PCB should include additional components to interface with two 4-20mA analog sensors operating at 24V. These sensors should be connected to analog input pins of the ESP32 for data acquisition and processing. remember esp32 pins are 3.3v so need to implement somthing. 4. **Antenna...
I need someone who can build openwrt with some modifications. Its a Qualcomm Atheros QCA9531 rev 2 machine : Qualcomm Atheros AP147 reference board For YunCore AP80Q/AP90Q
Antenna Design: Start with a well-designed PCB antenna layout. Common designs for BLE antennas include meandered monopoles or inverted F-antennas. The design should be based on the desired operating frequency (usually around 2.4 GHz for BLE) and the available PCB Dimensions: Ensure that the physical dimensions of the antenna (length, width, and spacing) match the design specifications, which are typically calculated based on the wavelength at the operating Plane: Maintain a good ground plane beneath the antenna. A solid ground plane helps with the antenna's radiation pattern and impedance Matching: Use a network analyzer or an impedance matching network (like a matching circuit) to adjust the antenna's impedance to match the des...
Having issues with your etched PCB BLE antenna? Worry no more, as I am offering my expertise to tune your existing antenna to make sure it runs smoothly and effectively! With a frequency range at 2.4GHz and a desired short-range of up to 10 meters, I will tackle and solve the specific issue you are having with poor signal strength. By working with you carefully and understanding your needs, I will strive to reach the best possible solution for your project. With a combination of my technical and hands-on experience in antenna design, you can be assured that you will get the best results by working with me.
...to replace/charge power banks, along with choosing usb plug for mobile tests examples for the Excel: product; product type; sensitivy GPS; sensitivy GLONASS; sensitivity Galileo; sensitivity ...; cold start time; energy during cold start, energy in hot standby, ...; description; hints; your experiences ; ...; expected accuracy internal antenna; expected accuracy external passive antenna, expected accuracy external active antenna, energy during active antenna usage. Here some sample rows: Geekstory BN-220; GPS receiver; ... Seamuing GT-U7; GPS receiver; ... MS3 - phase breadboard prototyping: do a solderless, breadboard based wiring (or similar efficient) prototype, which wires the previously chosen components & modules to a functional prototype. Provide...
...with a clean design. I would like it to work in the following way. -In an Excel sheet, in column A there would be the name of the article and in column B the plot of the tag which identifies the article. Once we run the app, we will select a box in column A (example box a6) and the app will tell us what to tag the antenna. This will record the plot of the box in column b (in example b6) and will ask us to remove the chip. It will automatically tell us to bring up the next tag and it will record it with the next box (b7 in the example) and so on until we stop the app. You also have to have the option to record correlative frames, for example if I tell you that it is serious abc00000000000001 that the next frame be abc00000000000002 and then abc00000000000003 etc etc The...
...to replace/charge power banks, along with choosing usb plug for mobile tests examples for the Excel: product; product type; sensitivy GPS; sensitivy GLONASS; sensitivity Galileo; sensitivity ...; cold start time; energy during cold start, energy in hot standby, ...; description; hints; your experiences ; ...; expected accuracy internal antenna; expected accuracy external passive antenna, expected accuracy external active antenna, energy during active antenna usage. Here some sample rows: Geekstory BN-220; GPS receiver; ... Seamuing GT-U7; GPS receiver; ... MS3 - phase breadboard prototyping: do a solderless, breadboard based wiring (or similar efficient) prototype, which wires the previously chosen components & modules to a functional prototype. Provide...
...to replace/charge power banks, along with choosing usb plug for mobile tests examples for the Excel: product; product type; sensitivy GPS; sensitivy GLONASS; sensitivity Galileo; sensitivity ...; cold start time; energy during cold start, energy in hot standby, ...; description; hints; your experiences ; ...; expected accuracy internal antenna; expected accuracy external passive antenna, expected accuracy external active antenna, energy during active antenna usage. Here some sample rows: Geekstory BN-220; GPS receiver; ... Seamuing GT-U7; GPS receiver; ... MS3 - phase breadboard prototyping: do a solderless, breadboard based wiring (or similar efficient) prototype, which wires the previously chosen components & modules to a functional prototype. Provide...
we look for a hardware specialized mate with good expertise on developing a ESP32 (or similar) breadboard design for a mobile GPS location detection. Goal is to use as much as possible details to identify the position of the device. Ideally a few cm of positioning accuracy. Required skills: - knowledge how to identify high precise position via as much as possible different satellite systems - knowledge how to identify fast the current position via GSM/LTE positioning - very high knowledge on RTK, AGPS, DGPS, RTCM 3 - very high knowledge on ESP prototyping The current idea is to use ESP8266/ESP32 based devices, along with central managed solutions. generic goal: - identify the current device position
