Assignment DetailsYou have learned that some markets are compet.docxfaithxdunce63732
Assignment Details:
You have learned that some markets are competitive but that there are also a few markets that are serviced by just one firm. Examples include utility companies that provide electricity and natural gas to homeowners.
Please draw on your own experiences and what you have learned in Unit 4 to discuss the following points. Please use economic concepts; and use references in your main contribution.
Please identify and describe your local utility.
Please explain what products or services it provides.
Are there other companies that provide these products in your community?
Have prices increased in the last 2 years? Please explain.
Do you think prices would be higher or lower if there were 2 or more providers? Please explain.
Deliverable Length: 200 words (minimum)
Reading Assignment
Read the following chapters from the Microeconomics textbook:
· Chapter 7
· Barriers to Entry, Economies of Scale, p. 98
· Welfare and Monopoly, pp. 103-150
· Antitrust, pp. 110-116
· Price Discrimination, p. 104
· Average Cost Pricing, p. 105
Liem Le | COSC2436 #1
School of Engineering and Technology
COSC2436 – LAB 7
Title Tree Data Structure – Binary Search Tree
Time to
complete
Two weeks
COURSE OBJECTIVES
LEARNING OUTCOME
LAB OBJECTIVES
-Apply Object Oriented programming
-Complete the lab on time (Time
Management)
-Do the lab by following the project process:
analysis, design, write the code, test, debug,
implement
-UML of data type class
-Write comments
-Write the code of data type classes including
data members, no-argument constructor,
parameter constructors, mutator methods,
assessor methods, toString and other methods
-INHERITANCE: write the code of child classes
including, data members, constructors and
other methods inherited from parent class
-apply Polymorphism: using object of the
parent class to point to object of child classes
-control structure: if..else, switch, do..while
-create object, access members of data type
class
-format the output in columns and double
numbers with 2 decimal digits
-display message box
-create and access 4 operations of the tree
data structure
-Create a new project, add source file to the project,
compile and run the program without errors and qualified
to the requirement
-Declare variables of int, double, String;
-provide UML of data types
-Create data types with data members, constructors,
mutator methods
-Apply Inheritance relationship
-Apply polymorphism in the project
-provide the pseudo-code of program
-create and manage the menu to loop back to re-display
after each task: using do.. while
-Use switch statement to determine and define the action
for each task
-Format the output in columns and double numbers wiwth 2
decimal digits
-Display message box
-can figure out the base case, reduce problem, general
solution and recursion algorithm to write the recursion code
for som.
Assignment DetailsYou have learned that some markets are compet.docxfaithxdunce63732
Assignment Details:
You have learned that some markets are competitive but that there are also a few markets that are serviced by just one firm. Examples include utility companies that provide electricity and natural gas to homeowners.
Please draw on your own experiences and what you have learned in Unit 4 to discuss the following points. Please use economic concepts; and use references in your main contribution.
Please identify and describe your local utility.
Please explain what products or services it provides.
Are there other companies that provide these products in your community?
Have prices increased in the last 2 years? Please explain.
Do you think prices would be higher or lower if there were 2 or more providers? Please explain.
Deliverable Length: 200 words (minimum)
Reading Assignment
Read the following chapters from the Microeconomics textbook:
· Chapter 7
· Barriers to Entry, Economies of Scale, p. 98
· Welfare and Monopoly, pp. 103-150
· Antitrust, pp. 110-116
· Price Discrimination, p. 104
· Average Cost Pricing, p. 105
Liem Le | COSC2436 #1
School of Engineering and Technology
COSC2436 – LAB 7
Title Tree Data Structure – Binary Search Tree
Time to
complete
Two weeks
COURSE OBJECTIVES
LEARNING OUTCOME
LAB OBJECTIVES
-Apply Object Oriented programming
-Complete the lab on time (Time
Management)
-Do the lab by following the project process:
analysis, design, write the code, test, debug,
implement
-UML of data type class
-Write comments
-Write the code of data type classes including
data members, no-argument constructor,
parameter constructors, mutator methods,
assessor methods, toString and other methods
-INHERITANCE: write the code of child classes
including, data members, constructors and
other methods inherited from parent class
-apply Polymorphism: using object of the
parent class to point to object of child classes
-control structure: if..else, switch, do..while
-create object, access members of data type
class
-format the output in columns and double
numbers with 2 decimal digits
-display message box
-create and access 4 operations of the tree
data structure
-Create a new project, add source file to the project,
compile and run the program without errors and qualified
to the requirement
-Declare variables of int, double, String;
-provide UML of data types
-Create data types with data members, constructors,
mutator methods
-Apply Inheritance relationship
-Apply polymorphism in the project
-provide the pseudo-code of program
-create and manage the menu to loop back to re-display
after each task: using do.. while
-Use switch statement to determine and define the action
for each task
-Format the output in columns and double numbers wiwth 2
decimal digits
-Display message box
-can figure out the base case, reduce problem, general
solution and recursion algorithm to write the recursion code
for som.
Here is the first set of notes for the first class in Analysis of Algorithm. I added a dedicatory for my dear Fabi... she has showed me what real idealism is....
A High Speed Transposed Form FIR Filter Using Floating Point Dadda MultiplierIJRES Journal
There is a huge demand in high speed area efficient parallel FIR filter using floating point dadda algorithm, due to increase performance of processing units. Area and spped are usually confictiong constraints so that improving speed results mostly in large areas. In our research we will try to determine the best solution to this problem by comparing the results of different multipliers. Different sized of two algorithm for high speed hardware multipliers were studied and implemented ie.dadda and booth multipliers. The working of these two multipliers were studied and implementing each of them separately in VHDL. The results of this research will help us to choose the better option between multipliers for floating point multiplier for fabricating different system.
Here is the first set of notes for the first class in Analysis of Algorithm. I added a dedicatory for my dear Fabi... she has showed me what real idealism is....
A High Speed Transposed Form FIR Filter Using Floating Point Dadda MultiplierIJRES Journal
There is a huge demand in high speed area efficient parallel FIR filter using floating point dadda algorithm, due to increase performance of processing units. Area and spped are usually confictiong constraints so that improving speed results mostly in large areas. In our research we will try to determine the best solution to this problem by comparing the results of different multipliers. Different sized of two algorithm for high speed hardware multipliers were studied and implemented ie.dadda and booth multipliers. The working of these two multipliers were studied and implementing each of them separately in VHDL. The results of this research will help us to choose the better option between multipliers for floating point multiplier for fabricating different system.
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
This presentation is about the working procedure of Shahjalal Fertilizer Company Limited (SFCL). A Govt. owned Company of Bangladesh Chemical Industries Corporation under Ministry of Industries.
Immunizing Image Classifiers Against Localized Adversary Attacksgerogepatton
This paper addresses the vulnerability of deep learning models, particularly convolutional neural networks
(CNN)s, to adversarial attacks and presents a proactive training technique designed to counter them. We
introduce a novel volumization algorithm, which transforms 2D images into 3D volumetric representations.
When combined with 3D convolution and deep curriculum learning optimization (CLO), itsignificantly improves
the immunity of models against localized universal attacks by up to 40%. We evaluate our proposed approach
using contemporary CNN architectures and the modified Canadian Institute for Advanced Research (CIFAR-10
and CIFAR-100) and ImageNet Large Scale Visual Recognition Challenge (ILSVRC12) datasets, showcasing
accuracy improvements over previous techniques. The results indicate that the combination of the volumetric
input and curriculum learning holds significant promise for mitigating adversarial attacks without necessitating
adversary training.
Welcome to WIPAC Monthly the magazine brought to you by the LinkedIn Group Water Industry Process Automation & Control.
In this month's edition, along with this month's industry news to celebrate the 13 years since the group was created we have articles including
A case study of the used of Advanced Process Control at the Wastewater Treatment works at Lleida in Spain
A look back on an article on smart wastewater networks in order to see how the industry has measured up in the interim around the adoption of Digital Transformation in the Water Industry.
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Dr.Costas Sachpazis
Terzaghi's soil bearing capacity theory, developed by Karl Terzaghi, is a fundamental principle in geotechnical engineering used to determine the bearing capacity of shallow foundations. This theory provides a method to calculate the ultimate bearing capacity of soil, which is the maximum load per unit area that the soil can support without undergoing shear failure. The Calculation HTML Code included.
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Ppt of discrete structure copy - copy - copy
1. Presented to:-
Sir Sufi Ullah
Presented by:-
Sonia Murtza 14024198-043
________________________________
Faculty of Computer Science & Information Technology
University of Gujarat
Session 2014-2018
4. Introduction
Operational and transactional systems are the new generation systems which are different
from 1970’s decision support systems (DSS). In order to complete the life cycle, DSS
needs the shadow of a Data Warehouse (DW). This system represents a good base for
analysis and predictions in the following time period for the purpose of quality business
decision-making by top management.
5. Business Problem:-
Business Problem Energy trading systems for a variety of
submarkets were not integrated. The majority of reporting features
were detailed and fragmented. The business needed a
consolidated, multi-level aggregation of trading transaction data, as
well as a full array of risk measures for Value at Risk and Market-to-
Market analysis.
6. Steps to build Huffman Tree
Input is array of unique characters along with their frequency of oc
1. Create a leaf node for each unique character and build a min heap of all
leaf nodes (Min Heap is used as a priority queue. The value of frequency
field is used to compare two nodes in min heap. Initially, the least
frequent character is at root)
2. Extract two nodes with the minimum frequency from the min heap.
3. Create a new internal node with frequency equal to the sum of the two
nodes frequencies. Make the first extracted node as its left child and the
other extracted node as its right child. Add this node to the min heap.
4. Repeat steps#2 and #3 until the heap contains only one node. The
remaining node is the root node and the tree is complete currences and
output is Huffman Tree.
8. Solution
Step 1. Build a min heap that contains 6 nodes where each node represents root
of a tree with single node.
Step 2 Extract two minimum frequency nodes from min heap. Add a new
internal node with frequency 5 + 9 = 14.
Now min heap contains 5 nodes where 4 nodes are roots of trees with single
element each, and one heap node is root of tree with 3 elements
character Frequency c 12 d 13 Internal Node 14 e 16 f 45
Step 3: Extract two minimum frequency nodes from heap. Add a new internal
node with frequency 12 + 13 = 25
9. continue
Now min heap contains 4 nodes where 2 nodes are roots of trees with single
element each, and two heap nodes are root of tree with more than one
nodes.
character Frequency Internal Node 14 e 16 Internal Node 25 f 45
Step 4: Extract two minimum frequency nodes. Add a new internal node
with frequency 14 + 16 = 30
Now min heap contains 3 nodes.
character Frequency Internal Node 25 Internal Node 30 f 45
Step 5: Extract two minimum frequency nodes. Add a new internal node
with frequency 25 + 30 = 55
10. Now min heap contains 2 nodes.
character Frequency f 45 Internal Node 55
Step 6: Extract two minimum frequency nodes. Add a new internal node with frequency 45
+ 55 = 100
Now min heap contains only one node.
character Frequency Internal Node 100Since the heap contains only one node, the algorithm
stops here.
Steps to print codes from Huffman Tree:
Traverse the tree formed starting from the root. Maintain an auxiliary array. While moving
to the left child, write 0 to the array.
While moving to the right child, write 1 to the array. Print the array when a leaf node is
encountered.
11. Conclusion
The codes are as follows:
character code-word f 0 c 100 d 101 a 1100 b 1101 e 111
Like many other useful algorithms we do require Huffman Algorithm
for compression of data so it could be transmitted over internet and
other transmission channels properly. Huffman algorithm works on
Binary trees.