Tiffani Podell

Yes, I do!I believe India will win, even though I'm a Chinese.

India can buy every advanced weapon in a developed country, so they just need to make 30% of them, it means they have enough energy and people to fight.

After the war, the US and EU will be the most happy parties, because they never sold so much weapon like this in history, it means they make big money and still be the most powerful and rich countries forever.

• Press the side button and the volume up button at the same time.
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5 Get your level and place it on top of the wall mount kit to be sure the mount itself is centered If it is off by a small amount

During the slave trading period, Sierra Leone was a safe haven for freed slaves, founded by British philanthropists For over two centuries it was a British

Sep 24, 2015 - A fun and super simple tutorial how to make headbands at home just like those trendy, twisty turban headbands With measurements for both

Most people notice a little click or popping noise in the ear when they swallow ; this is caused by the movement of air into the ear The air is

In recent years, the concepts of Industry 4.0 and digital transformation have been present in the media, with professionals from large companies explaining what this process is, what benefits it brings to industries, and how their products/ services can help companies. For those of you who have not yet been able to read it, and in a very summarized way, we define digital transformation in industry as the incorporation of advanced digital technologies (for example, collaborative robotics, additive printing, virtual/augmented reality, Internet of things, cloud computing and artificial intelligence, among others) in industrial design and production processes, with the aim of improving and optimizing their operation.

The Internet of Things concept can be used to monitor the operating parameters of equipment in the case of predictive maintenance, for example. Artificial intelligence techniques can be used to anticipate when a machine needs maintenance, thanks to the collected data. The number of planned stops and the number of unplanned stops are minimized, which is a technical and economic advantage in preventive maintenance.

The benefits of applying digital technologies in industrial processes are obvious in the long term, but the rate of development and adoption of technology is directly proportional to the benefits that can be obtained in each particular sector. Small and medium-sized companies in countries that are linked to productive sectors will be the last to carry out the digital transformation process if the economic investment is not fast enough. If we take into account that other countries are investing a lot in the design and use of these technologies, this negatively affects their global competitiveness.

Bearing this in mind, in this article we will talk about ADO (Open Digital Aquaculture), a research project developed by the UOC's WiNeLab (Wireless Networks Laboratory) group and financed by the European Maritime and Fisheries Fund (FEMP) of Catalonia, which seeks to bring advanced digital technologies closer to the field of aquaculture.

The project is carried out with the San Carles de la Rpita School of Aquaculture, which is one of the three centers in the territory that offers Training Cycle studies in the field. It is an ideal place to collect the technical needs of the sector, develop a product that can adapt to them, and be able to test it with the teachers and students of the center. The ADO project has developed a system for the field of aquaculture. This system is made up of two entities that complement each other to provide remote access to the data collected from the facilities: an electronic system to acquire and report sensor data in real time, and a computer-based back-end system. in the cloud that allows the reception, storage and representation of data.

As for the data acquisition system, it is based on custom electronics that incorporates different sensors (for example, temperature, PH level, CO2 level, and oxygen saturation, among others), an Arduino for time data acquisition real, and a Raspberry Pi for the integration of the data with the back-end.

Due to the extreme humidity conditions of the environment where it must operate, the electronics are mounted in an IP-67 box that gives them tightness. The data is reported by the nodes according to the needs of the sensor. The PUB-SUB communication model is used to facilitate the integration of data with the back end.

The back-end system is based on a cloud computing environment that uses containers to facilitate the development and management of different services. Mainflux is used as a platform to manage users and devices, as well as the aggregation and representation of data from the different sensors of each node, which is why it is called a container system.

The platform allows the management of systems, users, networks and devices, as well as integrates data visualization front-ends. The platform has been adapted to meet the needs of the vertical.

As particularities, it should be noted that the development of both the hardware and the software of the project has been chosen to be based on projects with free licenses and with broad support from the community, as is the case of Arduino and Raspberry Pi in the case of hardware. , and Docker and Mainflux in the case of software.

It has been decided to use standard communication protocols to send the information between the back-end and the nodes. This has two main advantages.

Development based on standards and projects with a free license reduces the time and cost of project development, since it takes advantage of existing hardware and software developments. It facilitates the adoption and customization of the platform since some of them have a large community that has developed all kinds of tools and utilities that enrich the platform.

The first phase of the project pilot was carried out in the month of April 2021, which was when the development of the hardware and software was finished. The first phase involves the deployment of 3 sensor units in the facilities of the school. The auxiliary culture unit, fish reproduction unit and aquarium unit have been monitored.

Once the sensors have been integrated with the school network, the data sent by the sensors is accessible over the internet through a web page, which allows teachers and students at the center to easily access to verify the status of each of the units. The system allows for the detection of events that may put the evolution of crops at risk, and also allows alarms to be set via email or instant messaging.

MoMo Café

Address: DB City - Arera Hills, Zone-I, Maharana Pratap Nagar, Bhopal, Madhya Pradesh 462011

Sankalp Restaurant

Address: Food Court, DB City Mall, Zone-II, Maharana Pratap Nagar, Bhopal, Madhya Pradesh 462011

Manohar Dairy & Restaurant

Address: 132 A & B, Ram Gopal Maheshwari Marg, near Jyoti Talkies, Zone-I, Maharana Pratap Nagar, Bhopal, Madhya Pradesh 462001

Manohar Dairy

Address: 6, Hamidia Rd, Dangi Colony, Ghora Nakkas, Peer Gate Area, Bhopal, Madhya Pradesh 462001

Chai Ho Jaye 'The Cafe' | Best Samosa | Best Chai in Bhopal

Address: Near D-Mart, Hoshangabad Rd, beside Prakesh Dhaba, Bhopal, Madhya Pradesh 462026

Bapu Ki Kutia

Address: Roshanpura Naka, beside Rajbhavan Road, TT Nagar, Bhopal, Madhya Pradesh 462003

Nerbada Sweets & Restaurant

Address: Shop No.1, 2 & 3, Sultania Rd, Royal Market, Medical College Campus, Kohefiza, Bhopal, Madhya Pradesh 462001

Bake n shake

Address: Ground Floor, Jyoti Cineplex Compound, Zone-I, Maharana Pratap Nagar, Bhopal, Madhya Pradesh 462011

PARK STREET CAFE

Address: 302, SAI AAKRITI, E, 6/96, Arera Colony, Bhopal, Madhya Pradesh 462016

Padharosa Cuisine Bhopal

Address: PB1, 3rd Floor Mansarover Complex Near Habibganj Railway Station, Bhopal, Madhya Pradesh 462011

Source: restaurant-guru.in