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Gokul Kumar Vishwanathan published in Technology
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Why ai was found?
Early ai research in the 1950s explored topics like problem solving & symbolic methods in 1960s.
The us department of defense took interest in the type of work & began training computers to mimic basic human reasoning.
JOHN MCCARTY is considered as the father of ai john mccarty was the an usa computers scientist the tem “AI”
was coined by him he is one of the founder so ai together with ALAN TURING, MARVIN MINSKY,ALLEN NEWELL & HERBERTR A
HOW AI WILLWORK
AI works by combing large amount of data worth algorithms & iterative processing to learn patterns & features in the data.
AI can then use those patters to solve problems & answer questions.
USE OF AI
There are lot of uses of ai now we will decisccess about the important things uses of ai
1 health care
2 finace
3 manufacturing
4 Retail
5 Transporatation
6 safty & quality assurance,etc.
HOW DOSE AI WORK
THE AI IS TAKING JODS OF SOFTWARE ENMPLOYES
Ai is unlikely to replace software engineers entirely but it can automate some tests & help increase productivity & efficiency . AI can’t replicate as creativity , design complex problem solving ethical decision making & domain specific knowledge.
AI is expected to create a millon new jobs in united states by 2030 & software engineers with ai skills will be in high demand routine & repetitive tasks, such as coding & data entry are most likely to be lost to AI.
WHAT IS THE ADVANTGES OF AI IN SOFTWARE DEVELOPMENT .
In today’s market, you must build a strong network foundation, connect your hybrid infrastructure, and deliver fast and secure applications. But you have to know your business, account strategy, and goals to design your network with current and future requirements.
What is Networking?
Networking refers to the process of connecting devices to share resources, exchange data, and communicate with each other.
As we know every device has unique identification to communicate with another it’s called an IP address.
What is IP addresses?
IP stands for Internet Protocol. An IP address is a unique identifier assigned to each device on a network.
Basically two types of IP address we can see, one is IPV4 and another one is IPV6 address.
1. IPV4 Address:
IPv4 addresses are a 32-bit number and are represented by dotted decimal notation that consists of four numbers from 0 to 255. The numbers are separated by a period, and the bit between the period is called an octate.
IPv4 starts with 0.0.0.0 and ends with 255.255.255.255, providing a little over 4.2 billion IP addresses.
CIDR Notation:
CIDR (Classless Inter-Domain Routing) notation is a way of representing IP addresses and their associated network masks.
CIDR notation consists of an IP address followed by a slash (/) and a number (e.g., 192.168.1.0/24).
The number after the slash represents the number of bits in the network mask.
Network Masks:
A network mask (or subnet mask) determines which part of an IP address represents the network and which part represents the host.
A network mask is typically written in dotted decimal notation (e.g., 255.255.255.0).
The network mask is used to determine the scope of the network (e.g., which devices are on the same network).
Subnetting:
Subnetting is the process of dividing a larger network into smaller sub-networks.
Subnetting is done by applying a network mask to an IP address.
The network mask determines which part of the IP address represents the subnet.
Key Concepts:
Network ID: The part of the IP address that represents the network.
Host ID: The part of the IP address that represents the host (device).
Broadcast Address: The highest address in a subnet (e.g., 192.168.1.255 for a /24 subnet).
Subnet Size: The number of hosts that can be addressed in a subnet (e.g., 256 for a /24 subnet).
And we have 5 types of IP address Classes:
2. IPV6 Protocol
An IPv6 address is represented in hexadecimal rather than the dotted decimal like IPv4 addresses. Instead of 32 bits like an IPv4 IP address, an IPv6 address is 128 bits long. It is called a hextet and can be abbreviated by removing redundant zeros.
With IPv6, the networks are also represented using the start address and a prefix like IPv4. However, with IPv6, each hextet is sixteen bits, and the prefix number is actually the number of bits that represent the network part of the IPv6 address.
The main difference between the two versions: IPv4 is a 32 bit address and IPv6 is a 128 bit hexadecimal address. IPv6 provides a large address space, and it contains a simple header as compared to IPv4.
Here are a few examples of IPv6 addresses:
1. 2001:0db8:85a3:0000:0000:8a2e:0370:7334
2. fe80:0000:0000:0000:0202:b3ff:fe1e:8329
3. 3ffe:1900:4545:0000:0000:0000:0000:0001
4. fd00:0000:0000:0000:0000:0000:0000:0001
Note that IPv6 addresses are typically written in hexadecimal notation, with eight groups of four hexadecimal digits separated by colons (:).
Here’s a breakdown of the different parts of an IPv6 address:
The first four groups (2001:0db8:85a3:0000) represent the network prefix.
The next four groups (0000:0000:8a2e:0370) represent the interface identifier.
The final group (7334) represents the port number.
In India today, there’s a lot of talk about Artificial Intelligence (AI). It’s everywhere, from offices to homes. But let’s break it down into simple terms what AI can do when we’re involved and when it’s on its own.
AI with People: Working Together
Think of it like this: AI and people team up to solve big problems. This is where AI really shows its stuff. Take healthcare, for example. AI helps doctors by going through loads of medical info, helping them make better guesses about what’s wrong with you and what to do about it. And in places where doctors are hard to find, AI helps out with telemedicine. That means you can talk to a doctor far away using your phone or computer.
In schools, AI helps students and teachers. It learns about each student, figuring out what they’re good at and where they need help. Then it makes lessons that fit just right. And teachers get help too! AI can grade papers, so teachers have more time for teaching.
Even in art, AI is there. Artists use AI to make music, art, and even write stories. It’s not taking over creativity; it’s more like lending a hand.
AI on Its Own: Going Solo
But what if AI doesn’t need us? That’s where things get tricky. Imagine a factory where robots do everything, from making stuff to sending it out. Sounds great, right? But it means fewer jobs for people.
And sometimes, AI makes big decisions all by itself. Like who gets a loan or even how long someone goes to jail. But AI isn’t perfect. It can make mistakes, especially if it learns from info that’s not fair. So we’ve got to keep an eye on it.
And what about when AI makes decisions that affect our safety? Like driving cars? Who’s in charge if something goes wrong?
Finding the Right Balance: Working Together
So, what’s the best way for AI and people to get along? We’ve got to find a balance. Instead of seeing AI as a problem or a magic fix, let’s think of it as a tool.
By using AI to help us be better at what we do, solve problems, and make life easier, we can all move forward together. But we’ve got to be careful too. We’ve got to make sure AI doesn’t take over or make decisions that aren’t fair.
In the end, the future of AI is tied to our future. By working together, with respect and kindness, we can use AI to make life better for everyone. Because it’s not about robots or computers; it’s about us ????
Use technology properly and it will act as a guide to you
All about technology
CHECK OUT THE TOP 10 LAPTOPS MRKED FOR THE YEAR 2021. PLEASE COMMENT AND SHARE THE BLOG. THANK YOU
KEY SPECS | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM– 4GB | Launch date – 24th November 2020 | Height – 162mm | Screen resolution – 1080 x 2400 pixels | Chipset – MediaTek Helio G85 | Internal storage – 64GB | Camera – quad | Fingerprint sensor – yes
Position – rear |
Capacity – 5000mAh |
Processor – MediaTek Helio G85 | Operating system – Andriod v10(Q) | Weight – 196 gms | Aspect ratio – 20:9 | Architecture – 64 bit | Expandable upto – 256gb | Aperature – F1.79 | Other sensors – light, proximity, accelerometer, Compass, Gyroscope | Type – li-polymer |
Rear camera – 47 MP + 5 MP + 2 MP + 2 MP |
Sim- dual port (4G) | Width – 76.9mm | Pixel density – 395 ppi | RAM – 4gb | Display – 6.67 inches | Image resolution – 8000 x 6000 pixels | Battery charging speed – fast, 18W | |
Front camera- 16MP | Fingerprint sensor and quick charging | Thickness – 8.9 mm | Graphics – Mali G52 MC2 | USB OTG Support – yes | Talktime – 41 hours |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB | Launch date – 23 March 2020 | Height 159 mm | Screen resolution – 1080 x 2340 pixels | Chipset – Samsung Exynos 9 Octa 9611 | Internal storage – 64GB,128GB | Camera – triple | Fingerprint sensor – yes
Position – rear |
Capacity – 6000mAh |
Processor – Samsung Exynos 9 octa 9611 | Operating system – Android v10(Q) | Width – 75.1 mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F2.0 | Other sensors – light, proximity, accelerometer, Gyroscope | Type: Li-ion |
Rear Camera – 48 MP + 8 MP + 5 MP | Sim- dual port (4G) | Weight – 188 gms | Pixel density: 403ppi | RAM – 6GB | Display – 6.4 inches | Image resolution – 8000 x 6000 pixels | Battery charging speed – fast, 15W | |
Front Camera: 20MP | Fingerprint sensor and quick charging | Thickness 8.9mm | Graphics – Mali-G72-MP3 | USB OTG SUPPORT- YES | Talktime – 48 hrs |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 3GB | Launch date – June 2 2020 | Height 161.4mm | Screen resolution – 720 x 1540 pixels | Chipset – Qualcomm Snapdragon 450g | Internal storage – 32GB | Camera – triple | Fingerprint sensor – yes
Position – rear |
Capacity – 5000mAh |
Processor – Qualcomm Snapdragon 450g | Operating system – Andriod v10(Q) | Width – 76.3 mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F1.8 | Other sensors – light, proximity, accelerometer, | Type: Li-ion |
Rear Camera – 13MP + 5MP + 2MP | Sim- dual port (4G) | Weight – 197 gms | Pixel density: 268ppi | RAM – 3GB | Display – 6.4 inches | Image resolution –4128 x 3096 pixels | Battery charging speed – fast, 15W | |
Front Camera: 8MP | Fingerprint sensor and quick charging | Thickness 9mm | Graphics – Adreno 506 | USB OTG SUPPORT- YES | Talktime – 48 hrs |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB | Launch date – June 17 2020 | Height 163.7mm | Screen resolution – 720 x 1600 pixels | Chipset – Samsung Exynos 8 Octa 850 | Internal storage – 64GB | Camera – quad | Fingerprint sensor – yes
Position – rear |
Capacity – 5000mAh |
Processor – Samsung Exynos 8 Octa 850 | Operating system – Andriod v10(Q) | Width –75.3mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F2.0 | Other Sensors – light, proximity, accelerometer, gyroscope | Type: Li-ion |
Rear Camera – 48MP + 8MP + 2MP + 2MP | Sim- dual port (4G) | Weight – 192 gms | Pixel density: 270ppi | RAM – 6GB | Display – 6.5nches | Image resolution –8000 x 6000pixels | Battery charging speed – fast, 15W | |
Front Camera: 13MP | Fingerprint sensor and quick charging | Thickness 8.9mm | Graphics – Mali-G72-MP3 | USB OTG SUPPORT- YES | Talktime – 48 hrs(4G) |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB | Launch date – October 8 2020 | Height 159.2mm | Screen resolution – 1080 x 2340 pixels | Chipset – Samsung Exynos 9 Octa 9611 | Internal storage – 32GB | Camera – triple | Fingerprint sensor – yes
Position – rear |
Capacity – 6000mAh |
Processor – Samsung Exynos 9 Octa 9611 | Operating system – Andriod v10(Q) | Width –75.1mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F1.8 | Other sensors – light, proximity, accelerometer, compass, gyroscope | Type: Li-ion |
Rear Camera – 64MP + 8MP + 5MP | Sim- dual port (4G) | Weight – 191 gms | Pixel density: 403ppi | RAM – 6GB | Display – 6.4 inches | Image resolution –9000 x 7000pixels | Battery charging speed – fast, 15W | |
Front Camera: 32MP | Fingerprint sensor and quick charging | Thickness 8.9mm | Graphics – Mali-G72-MP3 | USB OTG SUPPORT- YES | Talktime – 48 hrs(4G) |
KEY SCS:PE | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB | Launch date – September 18 2019 | Height 159mm | Screen resolution – 1080 x 2340 pixels | Chipset – Samsung Exynos 9 Octa 9611 | Internal storage – 128GB | Camera – triple | Fingerprint sensor – yes
Position – rear |
Capacity – 6000mAh |
Processor – Samsung Exynos 9 Octa 9611 | Operating system – Andriod v9(pie) | Width –75.1mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F2.0 | Other sensors – light, proximity, accelerometer, gyroscope | Type: Li-ion |
Rear Camera – 48MP + 8MP + 5MP | Sim- dual port (4G) | Weight – 188gms | Pixel density: 403ppi | RAM – 6GB | Display – 6.4 inches | Image resolution –8000 x 6000pixels | Battery charging speed – fast, 15W | |
Front Camera: 16MP | Fingerprint sensor and quick charging | Thickness 8.9mm | Graphics – Mali-G72-MP3 | USB OTG SUPPORT- YES | Talktime – 49 hrs(4G) |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB | Launch date – June 4 2020 | Height 159.3mm | Screen resolution – 1080 x 2400 pixels | Chipset – MediaTek Helio P65 | Internal storage – 128GB | Camera – triple | Fingerprint sensor – yes
Position – rear |
Capacity – 5000mAh |
Processor – MediaTek Helio P65 | Operating system – Andriod v10(Q) | Width –73.1mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F2.0 | Other sensors – light, proximity, accelerometer, gyroscope | Type: Li-ion |
Rear Camera – 48MP + 8MP + 5MP + 5MP | Sim- dual port (4G) | Weight – 185gms | Pixel density: 411ppi | RAM – 6GB | Display – 6.4 inches | Image resolution –8000 x 6000pixels | Battery charging speed – fast, 15W | |
Front Camera: 20MP | Fingerprint sensor and quick charging | Thickness 8.6mm | Graphics – Mali-G52 | USB OTG SUPPORT- YES | Talktime – 33 hrs(4G) |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB,8GB | Launch date – August 5 2020 | Height 159.3mm | Screen resolution – 1800 x 2400 pixels | Chipset – Samsung Exynos 9 Octa 9611 | Internal storage – 128GB | Camera – quad | Fingerprint sensor – yes
Position – rear |
Capacity – 6000mAh |
Processor – Samsung Exynos 9 Octa 9611 | Operating system – Andriod v10(Q) | Width –74.4mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F1.8 | Other Sensors – light, proximity, accelerometer, compass,gyroscope | Type: Li-ion |
Rear Camera – 64MP + 12MP + 5MP + 5MP | Sim– dual port (4G) | Weight – 203gms | Pixel density: 405ppi | RAM – 6GB,8GB | Display – 6.5 inches | Image resolution –9000 x 7000pixels | Battery charging speed – fast, 25W | |
Front Camera: 32MP | Fingerprint sensor and quick charging | Thickness 9.3mm | Graphics – Mali-G72 MP3 | USB OTG SUPPORT- YES | Talktime – 51hrs(4G) |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB,8GB | Launch date –October 16 2020 | Height 159.2mm | Screen resolution – 1800 x 2340 pixels | Chipset – Samsung Exynos 9 Octa 9611 | Internal storage – 128GB | Camera – quad | Fingerprint sensor – yes
Position – rear |
Capacity – 6000mAh |
Processor – Samsung Exynos 9 Octa 9611 | Operating system – Android v10(Q) | Width –75.1mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F1.8 | Other sensors – light, proximity, accelerometer, compass, gyroscope | Type: Li-ion |
Rear Camera – 64MP + 8MP + 5MP + 5MP | Sim- dual port (4G) | Weight – 191gms | Pixel density: 403ppi | RAM – 6GB,8GB | Display – 6.4 inches | Image resolution –9000 x 7000pixels | Battery charging speed – fast, 15W | |
Front Camera: 32MP | Fingerprint sensor and quick charging | Thickness 8.9mm | Graphics – Mali-G72 MP3 | USB OTG SUPPORT- YES | Talktime – 48hrs(4G) |
KEY SPECS: | GENERAL INFO | DESIGN | DISPLAY | PERFORMANCE | STORAGE | CAMERA | SPECIAL FEATURES | BATTERY |
RAM – 6GB,8GB | Launch date –September 18 2020 | Height- 163.9mm | Screen resolution – 1080 x 2400 pixels | Chipset – Qualcomm Snapdragon 730g | Internal storage – 128GB | Camera – quad | Fingerprint sensor – yes
Position – side |
Capacity – 7000mAh |
Processor – Qualcomm Snapdragon 730g | Operating system – Andriod v10(Q) | Width –76.3mm | Aspect ratio: 19.5:9 | Architecture – 64 bit | Expandable upto – 512GB | Aperature – F1.8 | Other sensors – light, proximity, accelerometer, compass, gyroscope | Type: Li-ion |
Rear Camera – 64MP + 12MP + 5MP + 5MP | Sim- dual port (4G) | Weight – 213gms | Pixel density: 393ppi | RAM – 6GB,8GB | Display – 6.7 inches | Image resolution –9000 x 7000pixels | Battery charging speed – fast, 25W | |
Front Camera: 32MP | Fingerprint sensor and quick charging | Thickness- 9.5mm | Graphics – Adreno 618 | USB OTG SUPPORT- YES | Talktime – 72hrs(4G) |
The demand for data scientists is increasing exponentially, due to the fact that automation and data driven decision making is getting implemented on a large scale. So during this era more devices will be in operation. More the devices, more will be the operations and processes, hence will lead to more data generation. As the data generation increases, the demand to understand it, analyze it and to optimize it will be at the peak. This will ultimately, lead in the increase in the job opportunities in the field of data science and machine learning. BTW, machine learning can’t be proceeded without data science. Hence data science can also be considered to be the base for deep learning, machine learning and artificial intelligence. Therefore, this gives us the insight that the demand for data science will be at its peak by the end of this decade.
Now we will enlighten you with the top 5 reasons to learn data science
Data Scientist is flourishing in every industry irrespective of its domain and might be due to which this kind of job is the most favorable job in this decade as per the survey taken by McKinsey. McKinsey also gives us the report that conveys that, by the end of 2022, there will be around 200,000 experienced Data Scientist which is way more lagging behind than what amount of data scientists are required in a particular industry.
In India average salary for a data scientist is found to be around INR 7,00,000 and in USA it is found to be $1,30,000. Also the pay raise or the bonuses starting is around $10,000 for level 1 contributor. Thus, as differentiated with other jobs in the market, data science weighs more in monetary perspective.
BUT FROM WHERE DO I LEARN DATA SCIENCE: ????????
There are thousands of institutes who are there to teach you data science, they may also give you projects but they may charge heavily for the same.
But there are also few other training institutes that offer same kind of training but at optimal fees. Since profit is not their motto, but the quality is their motto.
You view their introductory video here.
Also you can enrol for the courses here.
We will be glad to see you placed!!! ????????