Answer:
a. Gesture-based interaction
Explanation:
Artificial intelligence (AI) also known as machine learning can be defined as a branch of computer science which typically involves the process of using algorithms to build a smart computer-controlled robot or machine that is capable of performing tasks that are exclusively designed to be performed by humans or with human intelligence.
Artificial intelligence (AI) provides smarter results and performs related tasks excellently when compared with applications that are built using conventional programming.
Gesture-based interaction is typically used for input commands and uses a mathematical interpretation of human motion. For example, a door that automatically opens when a person pass
Answer:
The fields of the IPv4 header change from router to router is:
- No Fragmentation - TTL, checksum(due to TTL).
- Fragmentation - Total length field, fragment M bit.
Explanation:
TTL - TTL stands for Time-TO-Live, it is important in an IP(Internet Protocol) packets that says a network router if or not the packets have been in the network so lengthy and should be rejected.
Fragmentation - It is done through the network layer when the mostly size of data-gram is higher than max size of data that can held a frame.
It is done through the network layer at the end side and is generally done at routers.
Answer:
In a Scrum project, the work or the tasks are not allotted specifically. The Scrum Master is not allowed to assign tasks to the team members under any circumstance. Once the client provides the details regarding their requirements in detail, the tasks are distributed based on the expertise and skills of the employee.
Explanation:
Answer:
class WeatherForecast(object):
skies = ""
min = 0
max = 0
def get_skies(self):
return self.skies
def set_skies(self, value):
self.skies = value
def get_max(self):
return self.max
def set_max(self, value):
self.max = value
def get_min(self):
return self.min
def set_min(self, value):
self.min = value
def main():
obj1 = WeatherForecast()
obj1.set_skies("Skies1")
obj1.set_max(2)
obj1.set_min(0)
print("Calling get_skies(): ", obj1.get_skies())
print("Calling get_max(): ", obj1.get_max())
print("Calling get_min(): ", obj1.get_min())
main()
Explanation:
- Inside the WeatherForecast class, initialize variables for skies, minimum and maximum.
- Define the getter and setter method for the necessary variables inside the WeatherForecast class.
- Create an object of the class WeatherForecast.
- Call the getter functions of the class and display the results.
- Finally call the main function to test the program.