I am have a project with sumo simulation, i need to use poisson on arrival algorithm in sumo, should i edit the randomTrip file ? or there is another way by using NS-3 ? please help
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I am working on a drone-mounted setup which consists of one Lidar sensor and two Lucid cameras. Currently, the sensors are triggered by a CPU that is also mounted on the drone. However, triggering the sensors in this way is reducing the computational power of the CPU, which is also used to process the data captured by the sensors.
I am looking for a solution to trigger the Lucid cameras with the Lidar sensor, in order to free up the computational power of the CPU. I have no prior experience in this area, and I would be grateful for any guidance or advice on how to resolve this issue.
Thank you in advance for your time and help.
Sincerely,
Anh.
I have a basys3 board with a 100MHZ oscillator, I was wondering if it would be feasible to get a 200Mhz clock by pulsing the output on the rising and falling edge of the 100Mhz oscillator. I cant seem to find any material online about people attempting this. thanks for any and all help.
I recommend against it, you should use a PLL or MMCM IP modules, which you can configure in Vivado.
I am trying to build a MANET on NS-3. Is it feasible to measure the batteries of the wireless nodes and calculate the energy consumption? Can I use other standards, like Bluetooth, Zigbee, LoRA again by measuring the battery? So for example start the simulation using WiFi/Bluetooth/Zigbee/LoRA with the nodes having 100% battery, and with the use of trnasmition/receiving packets, to measure when the battery goes lower..70%, 30% ?
Yes, ns-3 has a module for working with energy consumption, it's in src/energy. Already having some power consumption models implemented:
Rakhmatov Vrudhula non-linear battery model
Model a generic Lithium Ion Battery
Linear model
You can look at some examples of how to implement the templates in src/energy/examples. Recalling that ns-3 has no proprietary technology modules like ZigBee and Bluetooth, it currently implements a common communications module LR-WPAN based on the IEEE 802.15.4 standard.
There is also an unofficial LoRaWAN module that works on ns-3.
Currently I am working on this project to provide the layout of a smart street light system with energy saving function based on sensor network for energy management. The proposal is an autonomous-distributed-controlled light system, in which the lights turn on before pedestrians come and turn off or reduce power when there is no one by means of a distributed-installed sensor network.
I will be adding a few things to the project for energy reduction but what I need to know is how do I perform the simulation to show that this approach would reduce energy consumption?
I have an ECG signal generated using Simulate ECG VI from BioMedical Toolkit. I need the P-wave amplitudes from this signal. Using peak detection, I will get all the peaks and then I should write an algorithm to extract the P-wave peak. Doing this, I cannot be sure my algorithm will work for a signal which will represent a disease. I there a posibility to do this ?