Here's a C code snippet: #include <stdio.h> int main() { int year; printf("enter year:"); scanf("%d",&year); if(year>=2101) { printf("Distant future"); } else if(year>=2001&&year<=2100) { printf("21st century"); } else if(year>=1901&&year<=2000) { printf("20th century"); } else if(year<=1900) { printf("Long ago"); } return 0;} Output: enter year:2018 21st century.
</stdio.h>
Response:
#code (count_seq.py)
def count_seq():
n='2'
while True:
yield int(n)
next_value=''
while len(n)>0:
first=n[0]
count=0
while len(n)>0 and n[0]==first:
count+=1
n=n[1:]
next_value+='{}{}'.format(count,first)
n=next_value
if __name__ == '__main__':
gen=count_seq()
for i in range(10):
print(next(gen))
Clarification:
- Begin with the number 2. Utilize a string for easier manipulation rather than integers.
- Engage in an infinite loop.
- Yield the current integer value of n.
- Continue looping until n becomes an empty string.
- Repeat as long as n has content and the first digit matches the leading digit.
- Concatenate the count and the first digit to form next_value.
The decimal number 8620 can be expressed in the following ways:
a = 1000
0110 0010 0000
b = 1011
1001 0101 0011
c = 1110
1100 0010 0000
d =
10000110101100
I hope these representations answer your question and prove useful.
Answer: Scanners used in supermarkets for barcodes and voice-activated phone menus are not examples of artificial intelligence.
Explanation:
(a) Supermarket barcode scanners can read codes, yet they lack the capability to employ machine learning techniques for learning patterns within the codes. Machine learning is a crucial aspect of artificial intelligence (AI), thus indicating they do not qualify as instances of AI. Likewise, voice-activated menus can only present options and do not carry out any complex tasks.
In contrast, web search engines and internet routing algorithms demonstrate dynamic and intelligent capabilities in processing and delivering information to users.
Hence, these are considered examples of AI.
The question is incomplete, as it lacks a diagram of the topology and Router R1's table. I assume the user has access to both the topology and routing information.
The configuration below will assist in resolving the ACL issue:
Hosts within the 172.16.0.0/16 network should have unrestricted access to Server1, Server2, and Server3, which is currently not the case since L1 is unable to connect to Server2 or Server3.
The suggested configuration on Cisco Router R1 will rectify the ACL issues.