Відео

thank you for this great work. interestring "The more ML model learns, the easier to be fooled", also we need to pay attention to this threat.

I just want to point out that today, 12 years later, IPv6 is still indeed optional 🤣

Interesting.

At 5:45, how do attackers know that x is a property and then tamper with it?

This is a great, and the concept of $ cost of decisions made in the game it's a great concept! I've tried the "Labtainers" created by this same author, team, and those are great for Cybersecurity hands-on practice

My two cents - if the research or work is done by a team of three, it's not a good practice for one person to give the entire presentation alone. Everyone should contribute.

Your formula for the area of a parallelogram is incorrect. It should be A = S*W*sin(angle)

no idea why my college decided to include this in our "Cloud computing" subject ??

At 25:23 how does the decapsulation happens on the L7 load balancer.

Bruh this vid had literally no comment 😂

Fork Oracle!

Hello, is your project code open source？

very nice.

9 years later, and the community is trying to phase out FFS for ZFS, without regard for the issues Dr Marshall McKusick talks about, with mirroring filesystems. I can't find tools for using any BSD filesystem in linux, except for ZFS. I can barely find meaningful resources on the subject; and any help I'm offered for my laptops and desktops and routers and external drives, amounts to "use ZFS" or "you don't want to use FFS, use ext4 or ZFS" or "UFS is bad, use ZFS", or "you need ext4 or better, ZFS" or "*ignores question about implimenting FFS* ZFS is really cool, you should try ZFS". And then, I'm instantly shunned.

Why am I getting this? Type: LA_NFCID1 (7), Value: 0x0E014790D2422E Type: LA_SEL_INFO, Value: 0x20 Type: LA_BIT_FRAME_SDD, Value: 0x44 Type: LA_PLATFORM_CONFIG, Value: 0x00 Type: LA_HIST_BY (3),

Very nice presentation.

Thanks Chip for explaining definitely going to read the paper.

Interesting project and results. nice!. Also take a look at rutabaga_gfx(fully supported in crosvm, and partial support in qemu). most recent versions support command serialization at the kernel api level(drm calls in linux). Basically they run a copy of the host gpu driver in the guest, and just submit the kernel calls to the host. this way, the user-space graphics stack is fully isolated from the host, and also has a reduction of api call numbers, and they use drm fences for synchronization. they also claim near native graphics performance on chromeos for their android compatibility layer. the feature is called "virtgpu drm native context"

Finally a good explanation

Great presentation @usenix

Very interesting work! Can you provide the CNN coding that was used for key extraction?

That's interesting

this is really interesting

really cool that the jobs can be run on spot instances across clouds

Genuinely better than most professional comedians

Brilliant.. as usual. I'd like to hire James Menckin to deliver the eulogy at my funeral, but I'm afraid he'll take my family on a road trip to save the planet from Rust.

1:00

1:00

This presentation is too technical and very monotonous. I would have preferred something more live than someone reading a scripts. Thank you for sharing...

A good short video on sampling

Content is wrong... plz update this video

I'd like to know how the probability values for each field are determined at the 10:06 mark in the video.

Cool!

This sounds like an incredibly fun project. Many questions remain to be answered, but I enjoyed the presentation.

Great Talk!

Mine all surfaces

Tools Nunn

Titt Titt y tutti tutti

Fantastic talk, thank you!

I had trouble understanding the argument as to why queueing theory is hard to apply in practice. Many systems provide metrics for the average service time (or even quantiles of service time) and queue length. And the "hockey stick" curve is indeed unintuitive, but this is exactly why theory is so helpful in wrapping your head around what's happening.

13:54 this is wrong. Power scales with frequency quadratically (or cubically when DVFS is considered) but scales linearly with time. Therefore, in this case, the total amount of energy consumed should stay approximately the same.

Can't understand you with a mask on :/

nice share

says he is going to unravel csi operations then proceeds to skip it :(

Great work!

This is so cool. I was wondering if this project is still actively being developed on and it's applications that I was looking into. Also, A Question: Hardware compatibility support: curious what things/hardwares are currently not supported that trinity hopes to cover later in the future? Question 2: I wonder what's modem support is like (Or if windows/mac even have option/pipelines to pass in the OS in the first place for an emulator to pick up on!).

Where can I get the Power point Presentation for this video.

2001 illegal wire taps. No warnt on wire taps. 2016 Due process violation. A constitution right. 2019 Entrapment. No warnt on wire

5:20

This is Fantastic!