Canadian federal government has started accepting applications below the latest Temporary Public Policy for Construction Workers with Out-of-Status in GTA (Greater Toronto Area).Temporary Public Policy was declared in July 2019 to offer a chance to workers…

It’s starting to look like more tech companies are hopping on board the fintech bandwagon as Samsung has announced their plans to launch their own payments card.

Phishing is the most common method for scamsters to illegally siphon money from people. In simple terms, phishing is a method of scamming people by sending them emails pretending to be from reputable companies in order to get people to reveal their confidential information, such as passwords and credit card numbers. A report has revealed […]

The post Maximum Frauds Done Using Apple, Netflix Branding: This Is How They Fool You first appeared on Trak.in . Trak.in Mobile Apps: Android | iOS.

I have been using Voltus to do IR drop analysis but I got caught on one signal. It is negative. When I use:

set_pg_nets -net negsupply -voltage -5 -threshold -4.5 -package_net_name NEGSUP -force

Voltus dies with a backtrace. Looking at the beginning of the trace you see it suggests that the problem is it set maximum to -5 and minimum to 0. Is there another way to express a negative voltage supply for IR drop analysis?

Hi,

I am running simulation in ADEXL and need a custom function for VIVA to apply same procedure to all signals saved in output. For instance, I have clock nets and I want to get all of them and look at the duty-cycle, edge rate etc.

It is a little more involved than about part since I have some regex and setof to filter before processing but if I can get all signals for current history, I can postprocess them later.

In ocean, I am just doing outputs() and getting all saved signals but I was able to do this in VIVA calculator due to the difficulties in getting current history, test name and opening result directory

thanks

yayla

Version Info:

ICADV12.3 64b 500.21

spectre -W =>

Tool 'cadenceMMSIM' Current project version '16.10.479'
sub-version  16.1.0.479.isr9

Learn about the challenges and solutions for integrating and verification PCIe(r) Gen4 into an Arm-Based Server SoC. Listen to this relatively short webinar by Arm and Cadence, as they describe the collaboration and results, including methodology and...(read more)

Today, we are living in the era where whatever we think of as an idea is not far from being implemented…thanks to machine learning (ML) and artificial intelligence (AI) entering into the...

[[ Click on the title to access the full blog on the Cadence Community site. ]]

I noticed some very interesting news last week, widely reported in the technical press, and you can find the source press release here. In a nutshell, the Embedded Microprocessor Benchmark Consortium (EEMBC) has formed a group to look at benchmarks for ultra low power microcontrollers. Initially chaired by Horst Diewald, chief architect of MSP430^TM microcontrollers at Texas Instruments, the group's line-up is an impressive "who's who" of the microcontroller space, including Analog Devices, ARM, Atmel, Cypress, Energy Micro, Freescale, Fujitsu, Microchip, Renesas, Silicon Labs, STMicro, and TI.

As the press release explains, unlike usual processor benchmark suites which focus on performance, the ULP benchmark will focus on measuring the energy consumed by microcontrollers running various computational workloads over an extended time period. The benchmarking methodology will allow the microcontrollers to enter into their idle or sleep modes during the majority of time when they are not executing code, thereby simulating a real-world environment where products must support battery life measured in months, years, and even decades.

Processor performance benchmarks seem to be as widely criticized as EPA fuel consumption figures for cars - and the criticism is somewhat related. There is a suspicion that manufacturers can tune the performance for better test results, rather than better real-world performance. On the face of it, the task to produce meaningful ultra low power benchmarks seems even more fraught with difficulties. For a start, there is a vast range of possible energy profiles - different ways that computing is spread over time - and a plethora of low power design techniques available to optimize the system for the set of profiles that particular embedded system is likely to experience. Furthermore, you could argue that, compared with performance in a computer system, energy consumption in an ultra low power embedded system has less to do with the controller itself and more to do with other parts of the system like the memories and mixed-signal real-world interfaces.

EEMBC cites that common methods to gauge energy efficiency are lacking in growth applications such as portable medical devices, security systems, building automation, smart metering, and also applications using energy harvesting devices. At Cadence, we are seeing huge growth in these areas which, along with intelligence being introduced into all kinds of previously "dumb" appliances, is becoming known as the "Internet of Things." Despite the difficulties, with which the parties involved are all deeply familiar, I applaud this initiative. While it may be difficult to get to apples-to-apples comparisons for energy consumption in these applications, most of the time today we don't even know where the grocery store is. If the EEMBC effort at least gets us to the produce department, we're going to be better off.

Pete Hardee 

•Dassault Systèmes becomes the first and only software provider today to be recognized as Groupe PSA’s preferred digital partner •Dassault Systèmes and Groupe PSA engage in long-term strategy with the intent to further deploy the 3DEXPERIENCE platform •New level of partnership will enable Groupe PSA to improve efficiency and innovation in challenging marketplace

Wapiti is a web application vulnerability scanner. It will scan the web pages of a deployed web application and will fuzz the URL parameters and forms to find common web vulnerabilities.

Wapiti is a web application vulnerability scanner. It will scan the web pages of a deployed web application and will fuzz the URL parameters and forms to find common web vulnerabilities.

Apple Security Advisory 2016-03-21-7 - OS X Server 5.1 is now available and addresses RC4 crypto weaknesses, file access, and information disclosure vulnerabilities.

Citrix Application Delivery Controller and Citrix Gateway directory traversal remote code execution exploit.

Apple Security Advisory 2019-7-23-1 - iCloud for Windows 7.13 is now available and addresses code execution and cross site scripting vulnerabilities.

Apple Security Advisory 2019-10-07-4 - iCloud for Windows 7.14 is now available and addresses buffer overflow, code execution, and cross site scripting vulnerabilities.

Apple Security Advisory 2019-12-10-7 - Xcode 11.3 is now available and addresses an arbitrary code execution vulnerability.

Apple Security Advisory 2019-12-10-8 - watchOS 6.1.1 is now available and addresses code execution vulnerabilities.

Apple Security Advisory 2019-12-10-6 - Safari 13.0.4 is now available and addresses code execution vulnerabilities.

Apple Security Advisory 2019-12-10-5 - tvOS 13.3 is now available and addresses code execution vulnerabilities.

Apple Security Advisory 2019-12-10-2 - iOS 12.4.4 is now available and addresses a code execution vulnerability.

Apple Security Advisory 2019-12-10-3 - macOS Catalina 10.15.2, Security Update 2019-002 Mojave, Security Update 2019-007 High Sierra is now available and addresses buffer overflow, code execution, and denial of service vulnerabilities.

Apple Security Advisory 2019-12-10-4 - watchOS 5.3.4 is now available and addresses a code execution vulnerability.

Apple Security Advisory 2019-12-10-1 - iOS 13.3 and iPadOS 13.3 is now available and addresses code execution and information leakage vulnerabilities.

Apple Security Advisory 2020-1-28-6 - iTunes for Windows 12.10.4 is now available and addresses a filesystem access issue.

Apple Security Advisory 2020-1-28-3 - watchOS 6.1.2 is now available and addresses code execution vulnerabilities.

Apple Security Advisory 2020-1-28-4 - tvOS 13.3.1 is now available and addresses code execution vulnerabilities.

Apple Security Advisory 2020-1-28-2 - macOS Catalina 10.15.3, Security Update 2020-001 Mojave, and Security Update 2020-001 High Sierra are now available and address buffer overflow, bypass, and code execution vulnerabilities.

Apple Security Advisory 2020-1-28-1 - iOS 13.3.1 and iPadOS 13.3.1 are now available and address code execution vulnerabilities.

Apple Security Advisory 2020-1-29-2 - iCloud for Windows 10.9.2 is now available and addresses buffer overflow, code execution, cross site scripting, and denial of service vulnerabilities.

Apple Security Advisory 2020-1-29-1 - iCloud for Windows 7.17 addresses buffer overflow, code execution, cross site scripting, and denial of service vulnerabilities.