For example, traditional ways of handing off connections between cellular towers in many cellular wireless networks are too slow and impose too much overhead on the network to coordinate the handoffs in these types of use cases. Many systems rely on a relatively centralized authority (like a base station controller or a mobile switching center (which is not to suggest that use of such facilities for handoffs is disclaimed)) to determine which mobile wireless radio communicates with which cellular tower and coordinate handoffs between the cellular towers, for example, as a wireless radio moves geographically out of range of one tower and into range of another, or where a device is in range of multiple cellular towers. The problem is aggravated when handoffs are between different wireless network providers. The time taken in communicating with the central authorities by the base stations can consume too much of the latency budget for many real-time data processing use cases, impeding real-time computing at the edge of networks. This issue is particularly acute where there are large bandwidth requirements, as occurs in many artificial intelligence algorithms operating upon relatively high dimensional data, such as video feeds, light detection and ranging (LIDAR) feeds, ultrasonic depth sensors, and suites of signals from other sensors carried by mobile computing platforms.
Do you have a bounty company 
Topic: ⚡[ANN][PRE-ICO] BUNKER ENERGY ™⚡ RESHAPING THE ENERGY FUTURE (Read 302 times)
For example, traditional ways of handing off connections between cellular towers in many cellular wireless networks are too slow and impose too much overhead on the network to coordinate the handoffs in these types of use cases. Many systems rely on a relatively centralized authority (like a base station controller or a mobile switching center (which is not to suggest that use of such facilities for handoffs is disclaimed)) to determine which mobile wireless radio communicates with which cellular tower and coordinate handoffs between the cellular towers, for example, as a wireless radio moves geographically out of range of one tower and into range of another, or where a device is in range of multiple cellular towers. The problem is aggravated when handoffs are between different wireless network providers. The time taken in communicating with the central authorities by the base stations can consume too much of the latency budget for many real-time data processing use cases, impeding real-time computing at the edge of networks. This issue is particularly acute where there are large bandwidth requirements, as occurs in many artificial intelligence algorithms operating upon relatively high dimensional data, such as video feeds, light detection and ranging (LIDAR) feeds, ultrasonic depth sensors, and suites of signals from other sensors carried by mobile computing platforms.
Bunker Energy is a Peer to Peer cryptocurrency based on the disruptive Bitcoin technology. Transactions in Bunker Energy run on the Proof of Network Dispersity protocol. The choice was a conscious one for a sustainable aware vision of our future. Staking is more energy efficient compared to mining and for now, sit the principles of the Bunker Energy platform better than other protocols.
Cool project, will definitely keep an eye on you guys
There are many projects that want to use the energy theme, why your project will be better than all others?
What is claimed is:
At first a tangible, non-transitory, machine-readable medium storing instructions that when executed by one or more processors effectuate operations comprising: obtaining, with one or more processors, a distributed-application address of a distributed handoff application, wherein: the distributed-application address is a cryptographic hash value that uniquely identifies the distributed handoff application among a plurality of distributed applications executable on peer nodes of a peer-to-peer network of computing devices
Dear Bunker Energy all projects are absolutely be they even the best suffer the same failure as soon as they go to the stock exchange the token goes underground you have a solution?
Thank you sir, one of the main strategic goals of our project that makes it the newest from the point of view of a speculative view, the fact that we have created a strategy for issuing a token to the exchangenow the most important thing to find
Thank you for starting the implementation of the blockchain of the future and I see you are timidly coming out you may have sources of information for reading not for discussion but for more knowledge, maybe you have something important
you may have sources of information for reading not for discussion but for more knowledge, maybe you have something important There are many projects that want to use the energy theme, why your project will be better than all others?
What is claimed is:
At first a tangible, non-transitory, machine-readable medium storing instructions that when executed by one or more processors effectuate operations comprising: obtaining, with one or more processors, a distributed-application address of a distributed handoff application, wherein: the distributed-application address is a cryptographic hash value that uniquely identifies the distributed handoff application among a plurality of distributed applications executable on peer nodes of a peer-to-peer network of computing devices
ETH wallet 0x9b2bfA391e088d19B316eE94f0C090704726e4B3
Do you have any thread or ANN in Vietnamese ?
Energy is developing blockchain based innovations to revolutionize how energy can be generated, stored, bought, sold and used, all at the local level.
INTRODUCTION
TO BUNKER ENERGY COIN ™
TO BUNKER ENERGY COIN ™
From Brooklyn to Bangladesh, the new energy
consumer wants comfort, security, a more engaging
relationship, and a promising future for energy
production. A democratized energy marketplace is
the only way to achieve this promise, and the BunkerG
project team, part of Americans Energy, has developed a
key piece of this paradigm shift. With BunkerG, we are
reimagining the customer’s role in, and access to,
increasingly open and competitive electricity markets.
In the Electric Power Technical Whitepaper, we define transactive energy and why it is linked
to the physical concept of “exergy,” or the portion of energy available for useful work in our
economies. That paper defines and describes the value domains and technical attributes
required for transactive energy in the multi-party electric power system emerging today. It
introduces the idea that we should not consider kWh as the sole attribute of energy service,
when equally crucial is where, how and when that kWh was generated for use. As grid edge
energy solutions are adopted, the paper describes how a transactive energy marketplace
optimizes for lowest cost, lowest carbon, and more resilient networks supported by consumers,
new energy service providers and system operators alike.
to the physical concept of “exergy,” or the portion of energy available for useful work in our
economies. That paper defines and describes the value domains and technical attributes
required for transactive energy in the multi-party electric power system emerging today. It
introduces the idea that we should not consider kWh as the sole attribute of energy service,
when equally crucial is where, how and when that kWh was generated for use. As grid edge
energy solutions are adopted, the paper describes how a transactive energy marketplace
optimizes for lowest cost, lowest carbon, and more resilient networks supported by consumers,
new energy service providers and system operators alike.
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