Dogecoin hard fork to be launched in 2018

Price of DOGX tokens may become even higher when full power of smart contracts will be unleashed,” states the post. According to BitcoinTalk, smart-contract integration with Dogecoin platform will make the coin more functional in real life. Original coin holders will get one new token for each unit on …

Created in 2014 as joke cryptocurrency, Dogecoin has gained traction among cryptocurrency users. Today, with nearly $740 million in capitalisation it ranks 33rd among major cryptocurrencies. By the end of the year a group of developers plans to introduce a Dogecoin hard fork, called Dogethereum (DOGX).

On February 5, developers from Dogethereum Bridge project successfully put DOGE through Ethereum Rinkeby test network, which helps to solve the scalability issue of the second key cryptocurrency. Dogecoin hard fork developers later talked about the new project on BitcoinTalk forum:

“Dogethereum is new decentralized digital currency, it will be founded on snapshot of popular Dogecoin, based on ETH algorithm with fastest speed of transactions, smart contracts.”

The ICO is not being considered, and the coin can be mined using plain graphics processors, being a “free for all” undertaking.

“There are no any ICOs, premines or other manipulations… there are no extra commissions, fees or predefined stakes. Project starts free for all, easy for initial GPU mining and making good profits. Price of DOGX tokens may become even higher when full power of smart contracts will be unleashed,” states the post.

According to BitcoinTalk, smart-contract integration with Dogecoin platform will make the coin more functional in real life. Original coin holders will get one new token for each unit on hands. The distribution procedure will be announced later.

ZigBee

TI is a leading supplier of ZigBee solutions with a dedicated internal software engineering team working on the latest revisions of the ZigBee Pro stack and application profiles. TI offerings include ZigBee modules, RF4CE, ZigBee Wireless solutions, ZigBee networksolutions, ZigBee Chips, and ZigBee …

SimpleLinkTM Zigbee wireless MCUs

A standard for robust, low-power mesh networks in home and building automation

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llSourcell/Landing-a-SpaceX-Falcon-Heavy-Rocket

Landing-a-SpaceX-Falcon-Heavy-Rocket – This is the code for “Landing a SpaceX Falcon Heavy Rocket” By Siraj Raval on Youtube.

This is the code for this video on Youtube by Siraj Raval. Download OpenAI’s Gym and Tensorflow as dependencies.

PPO implementation for OpenAI gym environment based on Unity ML Agents: https://github.com/Unity-Technologies/ml-agents

Notable changes include:

  • Ability to continuously display progress with non-stochastic policy during training
  • Works with OpenAI environments
  • Option to record episodes
  • State normalization for given number of frames
  • Frame skip
  • Faster reward discounting etc.

Credits for this code go to embersarc. I’ve merely created a wrapper to get people started.

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Samsung announces new 7nm plant, will manufacture Qualcomm’s 5G Snapdragon chipset

Samsung is also in a race against TSMC, which is also attempting to secure a large number of clients with its 7nm chipset manufacturing technology. Rumour has it that Apple’s A12 chipset orders are exclusively going to be given to TSMC, which means that Samsung might have to put in its operational …
Samsung and Qualcomm to push the boundaries of chip manufacturing with 7nm production plantSamsung and Qualcomm to push the boundaries of chip manufacturing with 7nm production plant

Though both the Snapdragon 845 and Exynos 9810 are made on the second-generation 10nm FinFET fabrication process, these chipsets are going to be stepping stones for the next big thing in the mobile hardware segment. Yes, we are talking about the next-generation 7nm process which will be used in manufacturing chipsets for future portable devices like smartphones and tablets.

In the latest announcement, Samsung has said that it is going to be partnering with Qualcomm to push 7nm manufacturing through something called Extreme Ultraviolet Processing (EUV). Qualcomm recently announced the Snapdragon X24 LTE modem and the company is going to be following it up with the release of the Snapdragon X50 modem, which is expected to be the world’s first 5G modem from the manufacturer to be used in smartphones and tablets.

Samsung’s 7nm plant could make Snapdragon 855

Samsung is also in a race against TSMC, which is also attempting to secure a large number of clients with its 7nm chipset manufacturing technology. Rumour has it that Apple’s A12 chipset orders are exclusively going to be given to TSMC, which means that Samsung might have to put in its operational capacity in the top gear if it wants to be at par with the competition. The 7nm fabrication processing that Samsung will oversee will also be used to make the Snapdragon 855 and its Exynos-series equivalent chipset. This hardware is going to be found in the Galaxy X, which is said to feature internals that we can only think about right now.

Compared with its 10nm FinFET predecessors, Samsung’s 7LPP EUV technology not only greatly reduces the process complexity, with fewer process steps and better yield, but it will also allow up to a 40 percent increase in area efficiency with 10 percent higher performance or up to 35 percent lower power consumption. Both the 5G modems and future chipsets will require this level of efficiency to provide more battery life to users in the future. The amount of data throughput that 5G connectivity will be capable of, a more advanced processing technology is going to be necessary to conserve battery life in portable devices.

The first SoC to feature the 7nm architecture is expected to be unveiled during the month of December, following the same timetable as last year.

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Demand in the Global Big Data Services Market to Expand at a CAGR of 24% During 2017 to 2025

Albany, NY — 02/21/2018 — The report, titled “Global Big Data Services Market 2017-2021,” has projected the demand to expand at a phenomenal … With the help of big data analytics, SMEs are gaining an ability to sense data and collect them in terms of industrial equipment such as oil refineries and …

Albany, NY — 02/21/2018 — The report, titled “Global Big Data Services Market 2017-2021,” has projected the demand to expand at a phenomenal CAGR of more than 24% during the forecast period of 2017 to 2021. The report begins with an elaborated overview of how the market for big data services market is in its current scenario and what are its figurative prospects in terms of demand. The valuations of the market has been represented in terms of US dollar million. The report segments the global big data services on the basis of end users and gauges the quantity and quality of demand that can be expected from various regions and countries. This is one of the primary aspect of the report as the analysts have recognized the limitations of region that many a vendors operate under and hence, showing them a way to expand further. To complete a thorough study, the report finishes off with a featured section on the competitive landscape of the global big data as a service market, wherein a number of prominent players have been evaluated for their market shares, business overview, product portfolio, recent strategic decisions such as mergers and acquisitions and collaborations, and geographical presence.

The analysts of the report have observed that big data has emerged as a mode for organizations to make profitable decisions in various aspects of their business. With the implementation of the technologies pertaining to big data, small and medium enterprises are able to gather information as well as insights into structured and unstructured information from various sources such as APIs, databases, file systems, streams, as well as other platforms and applications. In addition to that, these services are also going forward in crunching humongous amount of data that are otherwise complex to understand. The analysts have seen that industries that deal with manufacturing, healthcare, media and entertainment, retail and transportation, oil and gas. The report highlights the rising important of big data in the Internet of Things (IoT) as a rising trend in this market. With the help of big data analytics, SMEs are gaining an ability to sense data and collect them in terms of industrial equipment such as oil refineries and turbines.

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Based on end users, the global big data services market has been segmented into banking, financial services, and insurance (BFSI), telecom, and retail. In 2016, the BFSI segment provided for the maximum chunk of demand and is expected to maintain its leadership position throughout the forecast period of the report. This is a reflection of the benefits that big data offers in terms of valuable insights and the creation of separate models of fund management, trading, and controlling risks. Geographically, the report takes stock of the potential of demand that can be expected from the regions of Americas, Asia Pacific (APAC), and Europe and the Middle East and Africa (EMEA). Currently, Americas provide for the maximum demand, gaining traction from the rise in data generation across several industries owing to the increase in digital transformation. Growing emphasis of companies on websites and mobile apps.

As far as the competitive landscape in the global big data services market is concerned, the analysts of the report have detected that there are several established as well as developing companies re operating, primarily focusing on expanding their geographical presence while competing on the basis of features, product quality, pricing, and safety. PricewaterhouseCoopers (PwC), Hewlett-Packard (HP), Accenture, IBM, Deloitte, Teradata, and SAP are a few key companies that have been profiled in this report.

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