Add to ORKGRecent impressive performance improvements in computer architecture have not led to significant gains in ease of debugging. Software debugging often relies on inserting run-time software checks. In many cases, however, it is hard to find the root cause of a bug. Moreover, program execution typically slows down significantly, often by 10-100 times. To address thi
Software architecture is critical to a software system. As software evolves, complexity accumulates ...
There are many ways to find bugs in programs. For example, observed input and output values can be c...
Debugging is time and energy intensive. Many tools have been developed to help solve the problems as...
Recent impressive performance improvements in computer architecture have not led to significant gain...
Recent impressive performance improvements in computer architecture have not led to significant gain...
Debugging software is challenging because of the increasing complexity of software and hardware, and...
It is a great challenge to build reliable computer systems with unreliable hardware and buggy softwa...
As Moore's law has been continuously improving the microprocessor's speed, performance is no longer ...
With rapid growth in computer hardware technologies and architectures, software programs have become...
The degree to which hardware and operating systems support debugging strongly influences the caliber...
This paper makes two contributions to architectural support for software debugging. First, it propos...
This paper makes two contributions to architectural support for software debugging. First, it propos...
With the growing use of computers in almost every aspect of our lives, software failures have greate...
Debugging is an inevitable activity in most software projects, often difficult and more time-consumi...
The computer software industry is in a period of massive growth that shows no signs of diminishing a...
Software architecture is critical to a software system. As software evolves, complexity accumulates ...
There are many ways to find bugs in programs. For example, observed input and output values can be c...
Debugging is time and energy intensive. Many tools have been developed to help solve the problems as...
Recent impressive performance improvements in computer architecture have not led to significant gain...
Recent impressive performance improvements in computer architecture have not led to significant gain...
Debugging software is challenging because of the increasing complexity of software and hardware, and...
It is a great challenge to build reliable computer systems with unreliable hardware and buggy softwa...
As Moore's law has been continuously improving the microprocessor's speed, performance is no longer ...
With rapid growth in computer hardware technologies and architectures, software programs have become...
The degree to which hardware and operating systems support debugging strongly influences the caliber...
This paper makes two contributions to architectural support for software debugging. First, it propos...
This paper makes two contributions to architectural support for software debugging. First, it propos...
With the growing use of computers in almost every aspect of our lives, software failures have greate...
Debugging is an inevitable activity in most software projects, often difficult and more time-consumi...
The computer software industry is in a period of massive growth that shows no signs of diminishing a...
Software architecture is critical to a software system. As software evolves, complexity accumulates ...
There are many ways to find bugs in programs. For example, observed input and output values can be c...
Debugging is time and energy intensive. Many tools have been developed to help solve the problems as...