Wireless Network Implementation Jobs

11 were found based on your criteria {{ paging.total|number:0 }} were found based on your criteria

show all
  • Hourly ({{ jobTypeController.getFacetCount("0")|number:0}})
  • Fixed Price ({{ jobTypeController.getFacetCount("1")|number:0}})
Fixed-Price - Expert ($$$) - Est. Budget: $100 - Posted
It requires skilled professional who is able to configure a wireless adapter that works with Dual Band 2.4 GHz and 5 GHz simultaneously. Adapters are available brand Intel and Atheros. NOTE: We have a wireless adapter already running at 2.4 Ghz hostapd. Implementation Time: Maximum 10 days. Service mode: Remote Service via teamviewer to face technical support
Skills: Wireless Network Implementation CentOS IT Management Linux System Administration
Fixed-Price - Intermediate ($$) - Est. Budget: $100 - Posted
I my project, we have to propose a new cluster based routing algorithm for wireless sensor network. actually we have to modify the CH election phase of LEACH with help of some optimization technique (preferably PSO) to propose a new cluster based routing protocol. after that we implement it and analyze the performance of our proposed protocol with existing protocol (exp LEACH, Improved LEACH earlier version, TEEN, SEP etc) on the basis of performance metrics (like no of alive nodes, energy consumption, packet delivery ratio, delay, throughput etc) to show that our proposed protocol outperform the existing ones.
Skills: Wireless Network Implementation Algorithm Development MATLAB
Hourly - Intermediate ($$) - Est. Time: More than 6 months, 10-30 hrs/week - Posted
I'm looking for someone that can help me with the setup and design of my WISP in Southern Indiana. I'm expecting this to be quite a few hours and a long term job so the job will be weighed based on skills, abilities, proven track record, and hourly rate. I started this project with the help of another company who steered me wrong. I have Gigabit fiber already in the ground or being put into 12 different sites in rural areas which are all on the outside of the fence at various cell towers. After discovering that the original plan as pitched won't work I've redesigned the "big picture" to be more of a mesh design with an easement to place a cabinet physically close to where the fiber has or is being installed and bringing it into the cabinet and utilizing a short point to point to get the signal from there to a 60-80ft Rohn tower nearby. From there we'll be redistributing in various ways. Some will be dedicated symmetrical point to points rate limited to 10-100M for internet. Some may be straight ethernet services. Some may be shared 20:1 oversubscription with speeds from 30x5 to 100x20 for residential services over P2MP devices. Some will be a P2P to a device on a utility pole in a neighborhood and then a series of mesh repeaters or something similar for the neighborhood. All customers will have outside CPE. Some businesses will require static IP addresses. Others can be on DHCP. They will have their own subnets and will require a router and can optionally get one from us or their own. My original plan was to use Ubiquity equipment, edge routers, etc but I'm open to alternatives like microtik and mimosa. I'm in an area which is horribly underserved and this change is costing me a lot more than I had planned with all the towers. In each area I'll need input on what equipment needs to be deployed where to reach the people I need to reach that I can show you on a map. I'll be able to tell you what resources we have in the area like pole access, water towers, or placing our own towers and where we can do so. You'll design a network plan and drawing and required equipment list as well as and LOS requirements. We'll verify the LOS and purchase and install all of the equipment. Then we'll arrange remote access so you an configure the network routing. QOS will need to be configured for voice traffic as well. You will be for all practical purposes, our network engineer. We'll call on you for changes to the back end of the network, for helping put together the routing to make it a true "network" with load balancing between the egress sites utilizing point to point equipment between the nearest sites for each site. And we may need you for occasional calls with business customers if they need something complex. We are using Powercode as a billing and control system which uses a device called a BMU at each egress point for access control, statistics reporting, customer portal information and diverting customers to their portal when they are past due. So the network needs to be integrated with this system. I need someone who's responsive and who's a team player. Someone who can communicate well so command of the English language is important. This could very well become a direct hire position depending on how well it works out because our plan calls for rapid growth.
Skills: Wireless Network Implementation cisco routers Mikrotik RouterOS WAN Optimization
Hourly - Intermediate ($$) - Est. Time: Less than 1 week, 10-30 hrs/week - Posted
Cisco Wireless Engineer (L2 & above) is required to complete requested site survey. You will be assisting onsite available team but gathered information per site will be processed by customer’s own specialist, who will be allocated for this activity during the entire intake process. The surveys are to check and observe the locations on Wi-Fi and WAN/LAN, all in collaboration with customer’s PM and specialists.
Skills: Wireless Network Implementation Cisco Certified Network Professional (CCNP) Cisco Certified Internetwork Expert (CCIE) Cisco Certified Network Associate (CCNA)
Hourly - Expert ($$$) - Est. Time: 1 to 3 months, Less than 10 hrs/week - Posted
looking for experienced wireless protocol stack developer project scope: 1) MCU : TI CC1310 for both access point and end device nodes 2) data rate adjustable: 50-250 kbps 3) 1 km line-of-sight 4) At least 1,000 nodes per Access Point 5) Operating Frequency: 920MHz, 868MHz,780MHz *following ISM band regulations of USA, Europe, China 6) Star topology 7) Time division Multiple access (TDMA) 8) Target avg power consumption of each node : 10uA
Skills: Wireless Network Implementation Computer Networking Embedded Systems Network Design