श्री चित्रा तिरुनाल आयुर्विज्ञान और प्रौद्योगिकी संस्थान, त्रिवेंद्रम
Sree Chitra Tirunal Institute for Medical Sciences and Technology, Trivandrum
a). Floor mounted C-arm
b). Image Intensifier
c). XIMS hemodynamic system
a). Flat Panel detector
b). Floor mounted C-arm
c). Compact and slim line C-arm design
d). Dynavision - Rotational angio feasibility
f). Table tilt possibility
g). Axiom Sensis hemodynamic system
h). Conciderable radiation reduction with CARE
i). SYNGO IC3D - Fast and accurate method for lesion analysis using a 3D morphological model of coronary vessel
j). Excellent image quality through CLEAR technology
a). Allura Xper Flat Panel Detector 10
b). Celing mounted C-arm
c). Xtravision hardware with Stentboost
d). XIMS hemodynamic System
e). DSA limited frame rate
f). 184 micropixel for higher resolution and superb image quality
g). Low dose Fluroscopy
a). PRO EP_ recording system
b). Patient Review mode provides significant improvements to workflow
c). CLEARSIGN Amplifier provides excellent signal quality with unique noise filtering and up to 160 intracardiac channels
d). Patient Data archiving
Model EE 3000: Ensite Version 6
The Ensite System is an advanced mapping and catheter navigation system, capable of displaying cardiac electrical activity is waveform traces and as dynamic three-dimensional iso potential maps of the cardiac chamber.
The contoured geometry of the three dimensional maps is based on the patients own cardiac chamber .Using the 3D map. the Ensite navigation system displays the three dimensional position of conventional electrophysiological catheter.
When Ensite System is used in conjunction with ensite Array, the System can collect, store and display over 3000 intracardiac electrogram without the need to manipulate the conventional EP catheters in cardiac chamber
Intravascular Ultrasound (IVUS) is a catheter based system that allows physicians to acquire images of diseased vessels from inside the artery.IVUS utilizes acoustic impedence of vascular structures to provide cross sectional image from inside vessel .
The IVUS catheter uses a transducer near the distal tip to emit and receive high frequency ultrasound IVUS provides detailed and accurate measurements of lumen and vessel size, plaque area and volume, and the location of key anatomical landmarks.
Volcano's proprietary VH® IVUS technology helps differentiate the four plaque types: fibrous, fibro-fatty, necrotic core and dense calcium
Measures intravascular blood pressure and blood flow velocity in all blood vessels, including the coronary and peripheral arteries during diagnostic and interventional procedures.
The Rotablator -Rotational Angioplasty system is a catheter based device utilizing a diamond coated elliptical burr at the tip of flexible drive shaft. Tracking co-axially over a guide wire and rotating at up to 190000 rpm the burr ablates calcific plaques into fine particles that are disposed by body's reticuloendothelial system.
a) Intelli-sense combines fiber-optic speed with automatic in vivo calibration. The result is faster time to therapy, faster signal acquisition and faster adaptation to rate and rhythm changes.
b) Automated evaluation of best lead and trigger source
c) Has one button start up


Thank you to all participants, speakers, authors, chairpersons and sponsors.
You made this event a success!
The first NEXTLAB conference has been held in Rueil-Malmaison on 2, 3 and 4 April 2014,
within the framework of Les Rencontres Scientifiques d'IFP Energies nouvelles.
||NEXTLAB 2014 has provided a forum of exchange regarding advances in innovative experimental methodology or simulation tools used to create, test, control and analyse materials or molecules in different domains: energy, pharmaceutical, biotechnology, materials, etc.|
This international conference was the opportunity to identify the groundbreaking techniques, high through-put methodologies and innovative tools that can be used in the next generation laboratory in order to optimize research and define uses of materials.NEXTLAB 2014 has brought together engineers and research scientists working in different industrial fields to share their vision of the next generation laboratory.


Dionex UltiMate 3000 RSLCnano System & Solvent Rack LC MS UHPLC
Model: Not Specified
Thermo Scientific Dionex UltiMate 3000 RSLCnano System & Solvent Rack
The Thermo Scientific Dionex UltiMate 3000 RSLCnano system provides ultrafast, ultrahigh-resolution separations using a powerful nano LC pump that can deliver up to 800 bar pressure. The thoughtfully engineered system design together with Thermo Scientific Dionex nanoViper fingertight fittings makes this system easy-to-use, allowing operators to set up advanced solutions in minutes. Thermo Scientific Acclaim PepMap RSLC columns efficiently resolve the most challenging biological samples. This system is ideally suited for coupling to mass spectrometry, both with ESI and MALDI interfaces.
Tests we performed:
Nano Capillary Micro Analytical
Flow Range, µL/min 0.05-1.5 1.0-10 10-50 >50
Typical Column Inner Diameter, mm 0.075 0.3 1.0 2.1


A white Iphone 4S against a black background showing the Skype app asking 'how can I help you' iPhone 4S charging in a bedside alarm clock dock Technology set, Camera Canon d, laptop lenovo thinkpad, apple iphone 4s, presenter, microsoft windows, external hard drive Apple iPhone 4s mobile smart phone SInclair Research ZX81 next to Apple iPhone 4S Close up view of female handholding an ipad logging in to her Facebook account Map display on Apple iPhone 4s screen Moscow. Apple iPhone 4S smartphone was launched in October April 20, This is the phone that raised the bar to entirely new levels. It does feel heavier though, at grams. Page 1 of We've sent an email to Please follow the instructions to reset your password. Siri is the new voice assistant unique to the 4S. Error or missing information? Nice phone.
Check mark icon A check mark. Price too high? The 4S sports the same design as the iPhone 4. Twitter icon A stylized bird with an open mouth, tweeting. Link icon An image of a chain link. This phone is still, in my opinion, the best phone out there. Apple iPhone 4S smartphone was launched in October Popular Mobiles. Latest Stories. April 20,
The toggle switches in the Settings menu look different. Page 1 of Nice phone. As far as the cameras are concerned, the Apple iPhone 4S on the rear packs 8-megapixel camera. Display 3. The iPhone 4S is a good-looking piece of kit. Recent searches:. Processor MHz dual-core. Up Next. It's very comfortable to hold and fun to use. That doesn't bother me too much, but I think Apple's device is overdue for a larger display.
Iphone 4s Stock Photos & Iphone 4s Stock Images - Alamy
- I have used the 5 and it doesn't have the same feel as the 4s and I assume Arbesex the 5s is going to be the same way.
- It sports a 0.
- It doesn't hang As a whole a nice phone.
The 4S sports the same design as the iPhone 4. That doesn't bother me too much, but I think Apple's device is overdue for a larger display. You'll notice a few minor changes on the home screen such as the new Reminders feature to separate icons for the music and video players. The 4S' profile is unchanged as well. You won't notice it from the outside, but the 4S has two cellular antennas. During calls, it will switch automatically to the antenna that has the better signal. The glass back continues to make me nervous. I recommend using a case to fully protect your handset. The volume control and ringer switch remain on the left side. The antenna gap at the extreme left is unique to the CDMA models. The 4S does, however, have a solid feel in the hand. You don't always find that with superskinny devices. Don't show this again. Prev Next Prev Next. The Home button has its usual shape. The second camera is next to the speaker.
Apple iPhone 4s pictures
Enter your log in email address and we'll send you a link to reset your password. Toggle navigation. We've sent an email to Please follow the instructions to reset your password. If is associated with an Alamy account you'll receive an email with instructions on how to reset your password. Sell images Our Blog. Chat now. Password confirmation.
Apple iphone 4s pics. Looks Like The First Images Of The iPhone 4S Have Leaked From Apple's Website
The iPhone 4s is a gradual step over the iPhone 4 improving the internals, but keeping the look and feel. At the same time, though, it brings a reworked iOS 5 and introduces Siri, a personal voice assistant allowing you to vocally communicate with the iPhone. It comes with a 3. It also improves connectivity a notch, bringing The back is where an 8-megapixel camera resides and it's capable of recording p videos. Home Apple Apple iphone 4s pics Apple iPhone 4s Pics. Description The iPhone 4s Appls a gradual step over the iPhone 4 improving the internals, but keeping the look and feel. Shop Links. Show all. Suit claims 54th academy awards Apple sold older iPhone units with a defective key part. Turkish police wants to unlock Ankara shooter's iPhone 4s, turns to Apple. Did older Apple picz models get speed boost with iOS 9. Lawsuit filed against Apple over iPhone 4s performance issues after iOS 9 update. Video compares iOS 9.
Apple iPhone 4s - our photos
Apple iPhone 4S smartphone was launched in October The phone comes with a 3. As far as the cameras are concerned, the Apple iPhone 4S on the rear packs 8-megapixel camera.
Thanks to iOS 5 you now can activate gridlines in the camera viewfinder.
Apple iPhone 4S is powered by an MHz dual-core processor. It comes with MB of RAM. The Apple iPhone 4S runs iOS and is powered by a 1,mAh non-removable battery. Apple iPhone 4 smartphone gallery - high-resolution pictures, official photos. Apr 07, · Apple Iphone 4s Photo Gallery - Get official pictures and images of Apple Iphone 4s. Read feature, news, performance review, users and experts opinion on Apple Iphone 4s 4/5(2).
New iPhone 5 is the iPhone 4S ! (pics)


🌰 Confidential Computing in a nutshell: 🌰
Don’t trust the cloud, trust the hardware manufacturer.
But can you trust the hardware manufacturer?
Context and Problem
🚩 The problem: Several court rulings made it clear that GDPR is incompatible with US cloud providers due to “official access channels”.
✨ The solution: “Just use encryption!”
⛔ Next problem: Does the US cloud have access to decryption keys? Could they decipher the data, if asked via “official channels”?
✨ The solution: Make it technically impossible for the cloud provider to decipher the data.
How does confidential computing work?
I’m a bit over-simplifying, but here is “jargon-removed-but-still-kinda-accurate” technical description of Confidential Computing:
- The CPU enforces separation. Application code and data (i.e., containers or VMs) runs in so-called “enclaves”. The CPU makes sure that “cloud provider code and data” (i.e., hypervisor) cannot access code and data in enclaves.
- The CPU provides attestation. It proves to the application developer (via code hashing and public cryptography) that the developer truly talks to their code and that the code truly runs in an enclave.
- The CPU stores the keys, both for encryption and attestation. The CPU pinky promisses to not have a security bug or backdoor to release the keys.
So, should we trust Confidential Computing? https://eprint.iacr.org/2016/086.pdf said this:
[O]ur security analysis reveals that the limitations in SGX’s [CPU instructions needed for Confidential Computing] guarantees mean that a security conscious software developer cannot in good conscience rely on SGX for secure remote computation.
For anyone dying to read 118 pages to get all the details behind SGX, the current technology fueling Confidential Computing, here is an article from MIT: https://eprint.iacr.org/2016/086.pdf
🤔 Personally, I’m unsure. Is Confidential Computing finally the incarnation of trusted computing we’ve all been waiting for? Or is it yet another “just use encryption” argument post-Schrems2?
What do you think?
Please join the conversation by leaving a comment on this LinkedIn post.


So when you do any big trip one of the big things these days is keeping your gadgets charged, especially if you aren’t going near mains electricity at all. Camera, phone, GoPro, GPS, as well as lights all need powering and recharging. The dynamo hub is great for this job, but some extra electronics is required to give you a USB output to charge your stuff too.
So this is my set up, some off the shelf, some Jimbo made! But it all does the job and I’m now self sufficient for the Tour Divide.
So, starting with the hub, I have the SP 8X hub, I’ve got this on all my bikes as I’m totally sold on dynamo lights now! You can run the e-werk cable and the Revo light cable together down to the plug, but I decided to make a switch box so that I could turn them on and off independently. So I took a trip to Maplin and came home with a small plastic enclosure some switches and some terminals.
SO the box has two switches, one goes to the E-werk, the other to the Exposure Lights Revo.
The Revo light is great, small, light and bright and the exposure red eye rear light plugs into the back of it.
The Busch & Muller E-werk puts out a variety of voltages and currents, I have it set to a USB output, that way it will charge all my stuff. The output of the E-werk goes into a cache battery which provides a stable output so that you can charge the GPS while riding without it dropping in and out as you speed up and slow down. You can also either plug an additional power bank or your other gadgets in.
So here’s a diagram of how it is all wired.
So all the gear is falling into place, and there’s only sixty five days to go!!!
Please donate to a great cause if you can:
15 thoughts on “Powering the gadgets”
Hi Jimbo, I will be sorting out a similar setup very soon for my new bike. If ossicle could you let me know what fittings male and female work with the revo, as I haven’t bought one yet.
you can buy additional sets of dynamo wires from Exposure as a single item, you get one wire when you buy the light, so if you get an additional one too you you should have enough to cover all the bases. I also got a reel of wire from Maplin too when bought the parts for the switch box.
Hi Jimbo, Thankyou for the reply. I think I was being a bit thick., but please check if my understanding is correct. The wire from the dynamo is bare wire, up to the switching box, where it goes into chock blocks and splits to switches. The Revo wire is then taken from switch to supplied terminal. The other switch is then taken off from bare wire to what ever terminal is needed for chosen usb charger?
Is that right?
If so then i will only require the supplied cable for the Revo. 🙂
I’m looking at using the sinewave revolution which has bare wire ends anyway.
Cheers Mike C
Hi Mike, yeah fair point actually, there’s nothing special about that piece of wire, you could use any. On my other bike I have a Revo and a Cinq5 Plug III, I have no switch box on the one and the wires are just put straight into a chock block. So yes, you can just use the supplied Revo wire. Cheers, Jimbo
Thanks again Jimbo, it’s all making sense now.
Just one last question do you find the cache battery charges ok at speeds below 9mph? I’m probably going to use a sinewave revolution instead of the b&m.
Cheers for your patience
Not sure of the exact speeds, all I can say is that I’ve not been in the position where I couldn’t get enough juice out of it to charge the GPS. What I typically did was charge any gadgets I needed during the day then plug the GPS in for the last hour and that was generally long enough to do the job.
Dear Jimbo, Please can you help me. On my touring bicycle I have a Son front hub dynamo for my bicycle lights but also wired up through the handlebar stem to a USB charging port.
Now I wish to charge up my Verso head torch from this port but am worried about exceeding the 4.2 threshold voltage needed for charging! Do I simply need to use the USB mini-B boost cable supplied by Exposure with its built in transformer to safely charge my batteries? I purchased a USB top-up cable and am scared to use this as it may be unsafe to use!
Thank you, Paul.
Jimbo, random question?
Can I run a revo light off a son hub but also the plug 3 with powers a battery that has my Garmin and anything else attached to it?
I do the same on my other bike
I’m racing in the Transcontinental this year and I’m desperately trying to put together my dynamo setup but I need some help…I’ve got a SP dynamo, a B&M USB Werk and an Exposure Revo light (and rear light). I tried wiring in the light and USB at the same time but it made the lights very dim. Your solution of using a switch box to divert full power to either lights or USB looks good but I can’t find any commercial product to buy. Can you recommend a good solution or could you make me one of your switch boxes?!
Any help much appreciated…
Hi, sorry I’ve only just seen your comment. There isn’t a commercially available switch box, hence I made my own. The K-Lite system comes with a switch, but as you have all your other stuff already (like I did) it makes more sense to make one.
Hi, you talk about running the E-werk cable without a switch directly from the plug, would that be both the Revo and the E-werk cable running from the dynamo? Would that produce enough power for both? Sorry my knowlege of electronics is very very limited! Kind regards Gina
Hi Gina, I found with them both connected permanently it made the light pretty dim when climbing at mountainbike speeds off road. So I made the switch box myself so that I could switch the light and e-werk independently. This allows me to run the e-werk during daylight hours, then switch it off and just use the light on it’s own in the hours of darkness. Hope that helps, Jim.
Thanks for sharing this, it’s just what I’ve been looking for. The commercial K-Lite offering is £70!


Wiring This wiring is NOT best practice, however, for th epurposes of testing it’ll work just fine. If you want a proper setup I suggest reading Adafruit’s NeoPixel UberGuide. The main issue here is that the LEDs are being powered directly from the board, on a 3v3 line, rather than an external power supply. Furthermore, there is 0 protection against power surges whihc could potentially fry the LEDs. WLED Setup WLED is a piece of software that will run on an ESP8266 enabled device with both a web GUI and an Android application to control it.
My PC My PC is what I use to write most of my code and I am also quite an avid gamer so it needs to be able to handle some triple A titles. I recently did an upgrade to the PC, completely overhauling the system from a 4th generation i5 to a Ryzen 1700x system. The main reason for the upgrade was I required more cores due to my use of virtual machines as well as the opportunity to make the whole system far smaller (as I travel around more than I used to).


One of the best tire gauges made! Adjust tire pressures accurately and quickly with the easy to read digital readout.
- High precision, accurate to +/- 0.6 psi
- Precise digital readout to 0.1 psi
- Continuous pressure reading, no need to reset when activating bleed valve
- Four selectable scales (PSI, BAR, KG-CM2, kPa)
- Large, easy to read display with back light for low light applications
- Billet aluminum air chuck provides tight, leak free seal to tire valve and is specially designed for reading air pressure
- High flow push button bleeder valve for precise pressure adjustment
- 15 inch long high pressure hose with dual swivels and Motion Pro design air chuck
- Heavy duty anti-shock protective rubber boot on gauge
- Battery powered (1000 tests) with battery strength indicator
- Auto off to extend the battery life
- Batteries included (Qty. 2 AAA size)
Motion Pro Digital Tire Gauge 0-60 PSI
- Product Code: PU-3801-0343
Product images may vary slightly from the actual product and colors may appear different due to monitor settings.


Togg, Turkey's global technology brand focused on mobility, and Ava Labs, a team supporting the development of the Avalanche public blockchain, have announced plans to develop and launch safe and secure mobility services powered by smart contracts. The collaboration, which was announced at CES 2022 in Las Vegas, intends to break new ground in smart, autonomous mobility.
As part of its USECASE Mobility® initiative to expand the functionality of mobility and smart devices to become ‘more than a car’, Togg has been exploring the application of blockchain and related technologies for more than a year. Its search led them to the Avalanche public blockchain as a reliable and fast platform that is deeply rooted in technological innovation through extensive research and development.
“Togg will introduce many world firsts to harness the role of the digital economy in the world of mobility,” said Gürcan Karakaş, the CEO of Togg. “We are developing blockchain infrastructure for a digital native experience in the journey of owning and using Togg products and services. Our collaboration with Ava Labs is built on taking the experience of Togg users to the next level, going beyond automobiles to empower partners, users and non-Togg users across the mobility ecosystem to benefit from this platform.”
Echoing the user experience transformation in the mobile phone industry over the last 15 years, innovation is overhauling the automotive industry. Togg intends to expand and accelerate this revolution with IoT and M2M communication bringing endless possibilities.
The Togg Navigation system will be intermodal, meaning a user can seamlessly complete their journey using different transport solutions. For example, a user parks their Togg smart device at a pre-booked EV charging bay, and takes a reserved e-scooter for the final mile to the café to meet a friend, and they continue the journey together using a ride-hailing service. Togg’s ecosystem will enable automatic, fast, secure payments for all those services using blockchain technology and smart contracts.
Additionally, the Togg vehicle maintenance and parts replacement history will be included in a report stored on the blockchain, thus creating a secure and reliable second-hand market.
“In selecting Avalanche, Togg has chosen the ideal blockchain platform to underpin the future of mobility,” said Dr. Emin Gün Sirer, the CEO of Ava Labs. “Avalanche is the fastest smart contracts platform in the blockchain industry, as measured by time-to-finality, and it is built for global scale applications. We look forward to collaborating with Togg to help turn its vision into reality.”
An intellectual property of Turkey, Togg is a globally competitive USE-CASE MOBILITY® brand. Togg was established on June 25, 2018 as a joint venture of Anadolu Grubu Holding A.Ş., BMC Otomotiv Sanayi ve Ticaret A.Ş., Turkcell İletişim Hizmetleri A.Ş., Zorlu Holding A.Ş. and the Union of Chambers and Commodity Exchanges of Turkey (TOBB).
Togg is set to start manufacturing Europe’s first non-legacy, native SUV in its Gemlik facility in 2022, part of its focus on developing next-gen smart and connected EVs and the surrounding mobility ecosystem, for which the company also develops novel technologies, services, customer experiences, and business models.
Togg aims to reach a production of 1 million by 2030 across five connected EV models, built over a common platform.
About Ava Labs
Ava Labs makes it simple to launch decentralized applications on Avalanche, the fastest smart contracts platform in the blockchain industry. It is empowering people to easily and freely digitize all the world’s assets on one open and programmable blockchain platform.
Ava Labs was founded by Cornell computer scientists who brought on talent from Wall Street to execute their vision. The company has received funding from Andreessen Horowitz, Initialized Capital, and Polychain Capital, with angel investments from Balaji Srinivasan and Naval Ravikant.


Haulage management set “HMS-Dnipro” (TU U 30.0-30425613-010:2014; permission to applying of Ukraine №0957.14.12)) is used to ensure coordinated, efficient and safe operation of the contact electric locomotive transport at underground mines.
The system consists of a loud-speaking communication equipment for the traffic supervisor “AGDZ-Dnipro” and a signaling, centralization and interlocking system “SZB-Dnipro”.
Showing all 2 results
Signaling, centralization and blocking system "SCB-Dnipro" is used for centralized automated control of the electric mine locomotives traffic in the haulage galleries of the operational mine levels where extraction is done.
A special upper level software clearly displays real-time and archived information related to operation of the electric locomotive haulage, detected and recorded status changes of the equipment components and control commands.
Dispatcher voice communication equipment "DVC-Dnipro" is used for two-way voice communication between the traffic supervisor (“SCB-Dnipro”) and the drivers of the contact electric locomotives, as well as between the locomotive drivers within the same electric haulage level.
This equipment is an advanced analogue оf Equipment оf high-frequency dispatching communication «Ukraina».


Remote sensing and GIS have been mainstays of Earth Design Consultants, Inc. since the company was formed in the mid 1990s. We have successfully used aerial photography, airborne imaging spectrometers, and satellite images to assess subtidal, wetland, and forested vegetation. We are extremely pleased to add aerial images, captured by low altitude UAVs, to our toolbox.
Our UAV pilots are fully compliant with FAA regulations. Most of our pilots also hold Private Pilot certificates.
Use of UAVs allow precise control of image acquisition with respect to flood stage, tide, cloud cover, and sun angle.
We understand that equipment can and does fail. We mobilize our field teams with backup equipment to make sure that we get your data the first time.
We have been providing scientific assessment and mapping for ecosystems for more than two decades.


In today’s digital age, advertising has become more sophisticated than ever before. With the advent of artificial intelligence (AI), marketers now have powerful tools at their disposal to revolutionize targeting and optimize ad campaigns. AI-driven advertising is transforming the way businesses connect with their target audience, deliver personalized experiences, and achieve better outcomes. In this article, we will explore the impact of AI on advertising and how it is reshaping the industry.
- 1. Introduction to AI-Driven Advertising
- 2. Understanding AI Marketing Strategies
- 3. The Role of AI in Targeted Advertising
- 4. Leveraging AI for Ad Campaign Optimization
- 5. Overcoming Challenges and Ethical Considerations
- 6. The Future of AI-Driven Advertising
- 7. Conclusion
- 1. How does AI improve ad targeting?
- 2. What role does AI play in ad campaign optimization?
- 3. What are the challenges of AI-driven advertising?
- 4. How will AI shape the future of advertising?
- 5. How can businesses leverage AI in their marketing strategies?
1. Introduction to AI-Driven Advertising
AI-driven advertising refers to the use of artificial intelligence technologies and algorithms to enhance various aspects of the advertising process. It encompasses a wide range of applications, including ad targeting, campaign optimization, content personalization, and customer engagement. By leveraging AI, marketers can gather and analyze vast amounts of data to make data-driven decisions, improve audience segmentation, and deliver more relevant and engaging ads.
2. Understanding AI Marketing Strategies
To design an effective AI marketing strategy, it is crucial for Chief Marketing Officers (CMOs) to comprehend the applications and potential of AI in the field of marketing. Categorizing AI based on intelligence level and integration can aid in implementation planning. It is recommended to start with simple stand-alone task-automation apps and gradually progress to advanced integrated apps with machine learning capabilities, as they offer greater value .
3. The Role of AI in Targeted Advertising
One of the significant benefits of AI in advertising is its ability to revolutionize targeting. AI algorithms analyze vast amounts of data, including demographic information, browsing behavior, and past interactions, to identify and target specific audience segments. By understanding the preferences and needs of individual consumers, AI enables marketers to deliver highly personalized and relevant advertisements. This leads to better engagement, increased conversions, and improved return on investment (ROI).
4. Leveraging AI for Ad Campaign Optimization
AI plays a crucial role in optimizing ad campaigns. Through machine learning and data analysis, AI algorithms can identify patterns, trends, and insights that humans may overlook. This helps marketers optimize their campaigns by making informed decisions about budget allocation, creative elements, and targeting strategies. AI-powered tools can automate the process of A/B testing, allowing marketers to quickly identify the most effective variations of their ads.
5. Overcoming Challenges and Ethical Considerations
While AI-driven advertising offers immense opportunities, it also presents challenges and ethical considerations. Addressing customer concerns regarding privacy, security, and data ownership is crucial to establish trust. Transparency, customer control, and fair value exchange are vital principles that must be upheld. Establishing ethics and privacy review boards can help vet AI projects involving customer data and biased algorithms, ensuring ethical and responsible use of AI in advertising.
6. The Future of AI-Driven Advertising
The future of AI-driven advertising is promising. As AI technologies continue to advance, we can expect even more sophisticated targeting capabilities, improved ad personalization, and enhanced customer experiences. AI will play a vital role in helping advertisers adapt to changing consumer behavior and preferences. Businesses that embrace AI in their marketing strategies will have a competitive edge, as it enables them to deliver more impactful and relevant advertising campaigns.
AI-driven advertising is revolutionizing the way marketers connect with their target audience and optimize ad campaigns. By harnessing the power of AI, businesses can achieve better targeting, improve engagement, and drive higher ROI. However, it is important to consider ethical implications and address customer concerns to ensure the responsible use of AI in advertising. As AI technologies continue to evolve, the future holds immense potential for AI-driven advertising to shape the industry and deliver even more impactful results.
1. How does AI improve ad targeting?
AI analyzes vast amounts of data to identify audience segments based on demographics, behavior, and preferences. This enables marketers to deliver personalized and relevant ads to specific target groups, improving ad targeting and engagement.
2. What role does AI play in ad campaign optimization?
AI helps optimize ad campaigns by analyzing data, identifying patterns and trends, and making data-driven decisions about budget allocation, creative elements, and targeting strategies. It automates processes like A/B testing to identify the most effective ad variations.
3. What are the challenges of AI-driven advertising?
Challenges include addressing privacy and security concerns, ensuring transparency and customer control, and mitigating biases in algorithms. Ethical considerations and responsible use of AI are crucial for building trust with customers.
4. How will AI shape the future of advertising?
AI will continue to advance targeting capabilities, improve ad personalization, and enhance customer experiences. It will help advertisers adapt to changing consumer behavior and preferences, delivering more impactful and relevant advertising campaigns.
5. How can businesses leverage AI in their marketing strategies?
Businesses can leverage AI by implementing AI-powered tools and algorithms for ad targeting, campaign optimization, and personalized experiences. Embracing AI enables businesses to stay competitive and achieve better outcomes in their advertising efforts.
In conclusion, AI-driven advertising has the potential to revolutionize targeting and ad campaign optimization. By harnessing the power of AI, marketers can achieve better-targeting precision, deliver personalized experiences, and optimize their campaigns for improved ROI. However, it is important to approach AI implementation ethically and address customer concerns to build trust. As AI technologies continue to evolve, the future of advertising holds exciting possibilities for enhanced engagement and impactful results.


The Amate Audio X102FD loudspeaker is the ideal solution for medium-sized professional installations. It is not a line array system, but its power can cover the capacity of most events. In exchange it is small, light and combinable with other Amate Audio boxes.
The X102FD has been developed as a point source alternative to line arrays in medium-sized application environments. The design objective has been to achieve maximum power and sound quality with the smallest sizes and maximum angle closure.
This is a two-way active speaker system consisting of two 10-inch neodymium magnet speakers and a 3-inch tweeter and titanium diaphragm. It also has a compression fastener and a rotary horn that allows 60º and 80º orientations.
It is powered by a 3000 W 3rd generation class D integrated amplifier controlled by a dedicated multi-channel DSP. Everything is controlled from a 3.5-inch touch screen on the back.
It also carries an internal DSP with all the necessary signal processing (crossover, EQ, delay, limiters, gain control, mute), as well as several useful presets to adjust the X102FD to different requirements.
Advanced signal processing using F.I.R. (Impulse response filter) and DANTE connection.
Dual Ethernet connection with integrated Ethernet switch. Wireless control available via external CWK-D hardware: The system can be controlled from anywhere in the room.
The final power is 2800 W, 2400 W LF + 400 w HF, with an SPL of 136 dB at 1 meter.
The horn can be rotated to vary the exit angle just by removing the gate and without the use of any type of tool.
With all this, a very versatile speaker has been achieved that allows work in multiple positions, staked, hung, vertically or horizontally, covering a wide spectrum of needs for concert setup.
Client: Amate Audio is one of the first and largest professional loudspeaker manufacturing companies in the peninsula, producing and distributing loudspeakers of all formats for the music and entertainment world.
Amate Audio is one of the first and largest professional loudspeaker manufacturing companies in the peninsula, producing and distributing loudspeakers of all formats for the music and entertainment world.
For Amate Audio we developed in 3D the hardware engineering, aesthetics and usability collaborating very closely with the acoustics and electronics departments.
The collaboration started in November 2016 and since then we have developed more than 20 products together.
The aesthetic will of the X102FD box design was that it was elegant and unnoticed. The proportions are finally those that have provided the result. The ergonomics has been conceived so that it can be installed by a single person anywhere. Finally, the other aspect that has been taken into account has been the protection of the case itself, which has a screen protector and a perimeter rubber that saves it from rubbing with compromised surfaces.
With Amate Audio we have developed a sophisticated system to be able to rotate the horn and thus be able to change the opening of the box from 80º to 60º depending on its orientation. This turn, which in other brands is done through the use of tools and in a considerable time, at Amate Audio we have managed to do it manually and in a matter of seconds.


2010-present – responsible for educational work at SSU Science and Research Institute of Optics and Biophotonics
Reader of the following journals:
Optics and Spectroscopy, Quantum Electronics, News of Science Academy: Series Chemistry, Optics Express, Applied Optics, Materials Chemistry and Physics, Journal of Luminescence, Polymer.
Individual grants and awards
International Academic Publishing Company “Nauka” best publication award for cyclus on biomedical optics in “Optics and Spectroscopy” journal (2011)
Prof. Kochubey reads special courses on Spectral Diagnostics Methods in Medicine; Determination methods of spectral characteristics of biological media; Optical spectroscopy; Optics of nano-particles and nano-objects
Spectroscopy of absorption and luminescence of nano-particles and crystals, bio-objects, spectral methods in medicine, X-ray spectroscopy
Prof. Kochubey is the author of 2 monographic works, 4 textbooks and over 120 articles.


A few weeks ago, marketing departments for cryptography companies went into overdrive. The National Institute of Science and Technology (NIST) announced four algorithm standards to protect against quantum computing hacks. At least 17 companies (by our count) put out press releases insinuating they developed one or more of them. That insinuation is false so Cyber Protection Magazine decided it’s time to start demystifying quantum cryptography.
Quantum computing is a technology that 99 per cent of the population will never interact with but should be concerned about. The computers we know today have chips with millions of silicon switches (transistors) that are in two states: on or off. The pattern of all these switches determines the data. Quantum computers, however, operate on a new type of semiconductor material where spinning electrons can be in either state at the same time, like Schrödinger’s cat. That means the quantum computer can process mathematical problems much faster than any digital computer.
That’s a good thing when you are creating AI-based robots or calculating data back from a deep-space telescope. It’s a bad thing when nation states use quantum computers to crack high-level encryption to steal data and take over computerized control systems protected by current encryption standards.
Standards are falling
Those standards are, for the most part, RSA (named for Rivest, Shamir, and Adleman, the developers of the encryption), which was developed 50 years ago. The other, lesser-used is elliptical curve cryptography. ECC is faster and easier to use, but RSA has been around longer and therefore has greater distribution. These standards have stayed in place because it takes supercomputers decades or centuries to brute force their way through. But quantum computers can break them in seconds, hence the cause for concern.
Literally, billions of devices, data centres and even supercomputers are vulnerable to quantum computers in the hands of the wrong people. Currently, the United States is leading in the development of the technology, followed by Canada (yes, Canada) and then China. Israel has also had a few breakthroughs in development, however, all of the work is still mostly theoretical. But the very real developments mean we need quantum cryptographic protections now. Thankfully, it seems that development is moving faster than quantum computers.
Hundreds of companies of computer science researchers have been working on dozens of cryptography algorithms. With the NIST announcement, they are ready to productize while investments in cryptography start-ups have increased. The flood of press releases following the NIST announcement is a collective wave of relief from those companies that participated in the development of the four and had not wasted time on something else.
“We definitely contributed to all four of them,” said Alan Grau, vice president of business development for PQShield, one of the startups involved. “Obviously, other companies have contributed to these algorithms as well. We’re a company with commercial intents and VCs that want us to sell lots of stuff. So we’re gonna build whatever NIST says. But, yeah, we were happy that we’ve concentrated on the four selected.”
Post Quantum Cryptography
PQShield and dozens of other companies offer post-quantum cryptography (PQC), sometimes also referred to as quantum-safe computing. However, getting every device and network protected from quantum-computing attacks is going to need every one of those companies and probably more, to convert every device and system from the old RSA/ECC encryptions. That reality is made more difficult by the fact that it is almost impossible to find every instance that needs converting.
A new entry, SandboxAQ, has a set of tools to make that easier, according to Jack Hidary, CEO. SandboxAQ was spun out of Alphabet early this year.
“We have an analyzer that finds and tags all these instances within a network. In a large bank, you can be talking about as many as 50,000 instances using old software and protocols. Second, our benchmarking software analyzes the new PQC protocols identified by NIST to see what impact they have on the performance.”
The final tool, Maestro, helps implement the new cryptography across all instances, Hidary explained. “We’re moving into an era that goes from a single standard, essentially RSA, to a multi-pronged standard. Maestro uses built-in machine learning to make real-time decisions as to which standard you would use in that instance.”
SandboxAQ also provides an AQ Virtual Private Network (VPN). It is already replacing VPNs for Softbank Mobile in Japan, Vodafone in Europe, and other telcos around the world.
Hidary recommends anyone considering changing telco providers in the next few months should ask whether they are PQC compliant.
Another player in the niche, Quantum Xchange, provides the means for proliferating the new cryptography through a network, like SandboxAQ, but they also provide redundancy.
Dr. Vincent Berk, chief revenue and strategy officer for Quantum Xchange, said researchers broke several candidates for NIST approval within hours by conventional computers. He asserts that no one knows if the PQC algorithms will be as impenetrable for as long as RSA was (50 years). “How can enterprises remove a single point of failure in their cryptography if their only choice is a single, vulnerable algorithm?”
As a result, QuantumXchange creates a second cryptographic “tunnel” based on the RSA standard or optional second PQC at each point.
Cryptography standards have remained viable for 50 years but they are also static, The new standards may not last 10 years. But we don’t have 50 years to make them standards either. Companies like PQ Shield, SandboxAQ, QuantumXchange, and hundreds of others are needed to keep us up to date. Definitely a growth industry.
Lou Covey is the Chief Editor for Cyber Protection Magazine. In 50 years as a journalist he covered American politics, education, religious history, women’s fashion, music, marketing technology, renewable energy, semiconductors, avionics. He is currently focused on cybersecurity and artificial intelligence. He published a book on renewable energy policy in 2020 and is writing a second one on technology aptitude. He hosts the Crucial Tech podcast.


Title: Development of a research assistant pre-clinic device and technology based on artificial intelligence
Consortium leader: INNOSMART Informatikai Szolgáltató Korlátolt Felelősségű Társaság
Consortium member: HR-Pharma Ltd.
Date of the grant: 17/12/2019
Duration: 01/01/2020 – 31/12/2022
Grant amount: HUF 279 210 973
Grant intensity: 67.22 %
Content of the project: as a result of the project Innosmart Ltd. and HR Pharma Ltd. intend to enter the market of preclinical testing device manufacturers by developing a new device and technology incorporating integrated sensors. In 2018, the company started to work on the informatics aspect of animal behavior. The aim of the present project is to further develop the knowledge and experience previously acquired in animal testing in a GLP environment using the framework of blockchain technology. The new tool will overcome the shortcoming of currently available products on the market that the post-storage processing of measured data does not allow the analysis of patterns related to the nocturnal behavior of animals. The new system will be able to generate new knowledge about possible responses (and their consequences) for drug development organizations through the development of learnable artificial intelligence-based algorithms. The results will be exploitable in both tool and software form for the management of preclinical research by investigators and authorities.
The planned completion date of the project: 31/12/2022
Project ID: 2019-1.1.1-PIACI-KFI-2019-00226


Most current technology, whether devices or software applications, provide accessibiliity features that users can enable to make the use of the technology easier in a variety of ways.
Android accessibility features can be accessed and customized for individual needs. The Accessibility menu can be found in Android Settings under the System submenu.
TalkBack screen reader is built into Android and can read app icons and typed text, and be used to input text. It can also be customized to navigate Android using touch gestures. Aside from standard gestures to navigate between items onscreen, custom gestures can also be made to complete actions.
Voice Access allows a user to control their Android device by speaking commands. Voice commands can be used to navigate the operating system, interact with applications, edit text, and change system settings. Custom gesture commands can also be made for more complex actions.
Switch Access allows for the use of third party input devices, such as keyboards, for easier navigation of the operating system and applications. Switches can be used to scan through items on screen, to select highlighted items, or to change selection and scanning methods.
Closed captions can be enabled in Android for users. Language, text size, and caption style can all be changed for ease of use.
Magnification allows any part of the screen to be magnified for easier reading. It can be used by tapping the screen three times, or by use of a button.
If you're using a university-owned Mac, you need admin privileges to enable certain accessibility features (Voice Control, switch control, alternate pointer actions). Faculty/staff can use the Privileges app to enable the accessibility features they need. Students using lab computers should contact IT support.
VoiceOver functions as a screen reader and is also integrated into other software on OSX and iOS. It reads information on the screen sequentially to help the user complete tasks, and it can be customized with third party keyboards including braille keyboards. It allows the user to set up custom keyboard commands, minimizing use of a mouse in the operating system. Keys can be remapped to perform specific functions.
Closed captions are fully supported in OSX and iOS.
Switch control allows users to create custom switches for easier navigation of the operating system and applications. Joystick, mouse, keyboard, and controllers can be used, and cross compatibility exists between Apple devices.
Siri can be used for certain accessibility features, such as commands and dictation. Siri can also be summoned with Switch Control.
Dictation enables the ability to speak to enter text and symbols. It acts as voice to text rather than taking commands like Siri. Custom voice commands can be setup to perform tasks by voice in specific applications. Learn more with the Dictation setup guide and command guide.
OSX/Mac desktop specific
Learn more about the Vision accessibility tools available on a Mac.
Dwell control can be utilized when users have head or eye tracking software, allowing for actions to be completed when the cursor dwells in a specific location.
Word completion allows users to type part of a word and get suggestions on how to complete the word.
iOS device specific
- Color, tint, hue of the screen can easily be changed.
- Change text size to make reading easier in most applications.
- Zoom is a screen magnifier that can be used to view information in a zoomed area.
- Magnifier uses the camera on an iOS device to enlarge text that can't be read.
- Speak Screen can be used to read aloud text such as emails, messages, or documents.
TTY phone calls is a software that allows users to make and receive TTY phone calls.
Custom notifications can be altered based on user need. Vibration, screen flashing, and light flashing are available for customization.
AssistiveTouch allows the customization of gestures, button presses, and touches to perform specific functions.
Check the Ease of Access Center on Windows to enable accessibility features.
- Narrator and other third party screen readers are available.
- Keyboard shortcuts and gestures are available for compatible devices.
- Magnifier can be used to enlarge text or images.
- Contrast and font size can be changed for easier reading of text.


Analogue NT is a premium NES clone console. It can run almost all original games with modern technology like the HDMI output. It is not an emulator. All games are running on the hardware. Compared to the original NES, the Analogue NT has a unified aluminum body. The craftsmanship is amazing because they also focusing on the internal design of the console. It has one of the most beautiful circuit board.
With the Nintendo released an old new NES Classic Edition, Analogue now released a mini version based on the original NT called the Analogue NT Mini. At the bottom of the Analogue NT Mini, you can see through the circuit board. But the Analogue NT is useful for those who already has a collection of the original NES or Famicom.


from this sourceDark matter, an enigmatic substance that makes up a significant portion of the universe's mass, continues to intrigue and challenge scientists worldwide. Although invisible and elusive, its gravitational effects provide evidence for its existence. In recent years, researchers have made substantial progress in unraveling the mysteries surrounding dark matter, both through observational discoveries and theoretical advancements. This article delves into the latest breakthroughs and insights that shed light on the nature and properties of dark matter.
from this sourcefrom this sourceDark Matter: An Overview and Its Role in the Universe:
from this sourceDark matter is a form of matter that does not interact with light or other electromagnetic radiation, making it difficult to detect directly. Despite its invisible nature, dark matter's gravitational effects play a crucial role in the formation of galaxies, the large-scale structure of the universe, and the observed rotational velocities of galaxies and galaxy clusters. Understanding dark matter is essential for comprehending the fundamental workings of the cosmos.
from this sourcefrom this sourceObservational Discoveries and Detection Efforts:
from this sourceScientists employ a variety of techniques to indirectly observe dark matter. Some of the recent observational discoveries and detection efforts include:
from this sourcefrom this sourcea. Galactic Rotation Curves: Observations of galactic rotation curves provide evidence for the presence of dark matter. These curves depict the velocities of stars and gas within galaxies, indicating the presence of additional mass that cannot be accounted for by visible matter alone.
from this source
b. Gravitational Lensing: Dark matter's gravitational effects can bend and distort light, a phenomenon known as gravitational lensing. By studying the lensing effects on background galaxies, researchers can map the distribution of dark matter within galaxy clusters and gain insights into its properties.
c. Direct and Indirect Detection Experiments: Scientists are conducting experiments to directly detect dark matter particles. These experiments involve ultra-sensitive detectors located deep underground to shield from cosmic rays. Additionally, efforts to indirectly detect dark matter particles are ongoing through the observation of high-energy cosmic rays and the search for particle decay or annihilation signatures.
Theoretical Advances and Models:
Numerous theoretical models have been proposed to explain the nature of dark matter. Some recent advancements and theories include:
a. WIMP (Weakly Interacting Massive Particle): The most commonly studied dark matter candidate is the WIMP, which interacts weakly with ordinary matter. Experiments, such as the Large Hadron Collider (LHC), aim to discover these particles through high-energy collisions.
b. Axions: Axions are hypothetical particles that arise from extensions of the Standard Model of particle physics. They are considered potential dark matter candidates due to their low mass and weak interactions.
c. Self-Interacting Dark Matter: Recent theoretical studies suggest that dark matter particles could interact with each other through a new force, known as a "dark force." This self-interacting dark matter (SIDM) could explain certain discrepancies between simulations and observations of galaxy clusters.
Open Questions and Future Directions:
Despite the progress made, several questions surrounding dark matter remain unanswered. Scientists continue to explore new avenues and approaches to shed light on these mysteries. Some future directions include:
a. Next-Generation Detectors: Ongoing advancements in detector technologies aim to improve sensitivity and expand the search for dark matter particles. Larger and more sophisticated experiments are being developed to increase the chances of detection.
b. High-Energy Colliders: Experiments conducted at high-energy colliders, such as the LHC, seek to produce and study particles that may be associated with dark matter, providing insights into its properties and interactions.
c. Theoretical Frameworks: Further development and refinement of theoretical models are crucial to narrow down the possibilities and guide experimental efforts. Continued collaboration between theorists and experimentalists is essential for progress


Electronic chemicals are high-tech products combining electronic materials and fine chemicals. Mainly include integrated circuits and discrete components, capacitors, batteries, resistance, optoelectronic devices, printed circuit boards, liquid crystal display device, kinescope, TV, computer, tape recorder, camera, laser discs, record audio, mobile communications equipment, fax machines and other electronic components, parts and whole machine production and assembly with a variety of fine chemical material. Electronic chemicals and downstream components are the foundation and pilot of the electronic information industry, and are at the front of the electronic information industry chain. They are the foundation for the development of terminal products in the fields of information communication, consumer electronics, household appliances, automotive electronics, energy-saving lighting, industrial control, aerospace, military industry and so on.
With the development of technological innovation, the application of electronic chemicals has been expanded and penetrated into various fields of national economy and national defense construction. It is impossible to manufacture high performance electronic components without high quality electronic chemicals. To a certain extent, electronic chemicals determine or affect the development and progress of downstream and terminal industries, which is of great significance to the upgrading of domestic industrial structure, national economy and national defense construction. During the 11th Five-Year Plan period, China must vigorously develop the electronic materials industry, speed up the adjustment and optimization of industrial structure, narrow the gap between electronic materials and foreign advanced levels, and improve domestic independent supporting capabilities to provide strong support for the development of the electronic information industry, the Ministry of Industry and Information Technology pointed out.
Adhering the philosophy of ‘to empower advanced materials, for colorful life’, Syntholution Tech has developed electronic chemical additives for flexible and transparent polyamide in response to market demand. The main products are:
|65294-20-4||6FDA is an organic synthesis intermediates and pharmaceutical intermediates, which can be used in laboratory research and development processes and chemical pharmaceutical synthesis process, mainly as electronic polymer materials. Hexafluoradianhydride (6FDA) is one of the six most widely used dianhydride monomers, and also the most widely used in dianhydride monomer in colorless transparent polyimide. Polyimide synthesized from hexafluoradianhydride (6FDA) usually has a glass transition temperature above 300°C and good mechanical and electrical properties. So far, it is still the most representative fluorinated polyimide. The end application is mobile phone folding screen, while our company has successfully promoted to the world's representative flexible polyimide manufacturers.|
You are welcome to contact us for more information!


Your Candy Brick investment villa is not only a luscious and high quality property but it is also self-sufficient
Considering that Croatia has around 300 sunny days per year, the potential for solar energy generation here is massive. That’s why your Candy Brick villa comes pre-installed with photovoltaics and solar thermal water heating. So your villa will generate enough energy to cover it’s electricity need.
You can classify the types of solar energy in two systems:
- Photovoltaic (PV)
- Solar thermal
PV technologies produce electricity directly from sunlight by converting solar energy into electricity. Many PV cells are linked together to make up a PV solar panel. Instead, solar thermal technologies use the solar energy to produce heat. Electricity is then generated from the heat collected.
Both systems generate direct current (DC) energy and then convert it to usable alternating current (AC) energy with the help of a power inverter. AC energy then flows through the home’s electricity panel, distributing energy accordingly.
What will these system supply electricity to?
Well, apart from providing the electricity to charge your phone, laptop, or maybe even your Rimac Concept One electric car. The solar energy systems on your investment villa will also provide the heating for your water. As a result the underlay of pipes of water placed below the flooring will provide you with spectacular underfloor heating.
These systems will also supply energy to other applications implemented in your investment villa:
- Heating and cooling for the swimming pool;
- Air conditioning for the whole property;
- Hot water for showers and general use;
Zero electricity bills maximise even more the financial return of your investment villa
The cost of electricity bills coming from old and polluting sources can be quite a burden on the pocket, as well as for the environment. Opting for an innovative and clean way to generate energy is the only way to reduce or even extinguish this cost completely.
So, thanks to these innovative systems producing enough energy for your investment villa to be completely self-sufficient, you will get the best return on your investment.
Can this get any better? Yes, it can!
Any excess electricity your solar systems produce that is not used, can be sold back to the grid to make you an extra income. Consider, in particular, the times when you will not be enjoying your investment villa or it is not rented out to guest. It will be generating you an extra income. This could be between €3-4 a day! In the future, your income could increase up to 10x should the government reintroduce feed-in-tariffs


Smart Home Automation
Today’s smart home is the convergence of technology and convenience, allowing the digital devices that you use every day—TVs, audio equipment, lights, security panels, thermostats, and so on—to work together. By allowing everything in the house to work together, with the ability to control it all from one easy-to-use interface—whether it’s a touch screen, remote control, keypad, or even your smartphone—your home suddenly and “automagically” becomes more comfortable, convenient and secure.
Enjoy your favorite music and video in just one room or throughout your entire home. Install all your equipment in a closet and reduce the clutter and mess of wires in your living spaces. Control it all from one easy to use remote, your smart.
Smart lighting brings elegance, ambiance, convenience and energy efficiency to your whole home.
The newest smart lighting control products from Control4 feature a sophisticated design and a wide range of elegant color options to perfectly complement your design aesthetic. Control4 smart lighting also boasts expansive customization options and capabilities perfect for home and commercial installations. With customized keypads, custom engraving and LED backlighting with ambient sensors, you can personalize to create the perfect smart lighting solution for your home or business.
Many Control4 customers claim that smart lighting is the one feature of home automation that they cannot live without.
Safety & Security
Intelligent security gives you peace of mind knowing your family is safe and secure.
Make your home more secure by integrating your lights, locks, security systems, video cameras and digital recorders with your Control4 automation system. And with the Control4 4Sight™ app, you can check on your home anytime and anywhere, right from your smartphone.


Although many data are stored today in cloud computing, some data still needs to be stored on a USB memory stick. This can be important for security reasons or for quick access to data anywhere, anytime – even where the Internet is unavailable. While memory keys were big and expensive some time ago, today we get a small USB stick with high capacity and high security.
This is especially true of Kingston's Ironkey D300 memory key, which, in addition to its exceptional robustness and data transfer speed, boasts superior security. Namely, Kingston's IronKey D300, D300S and D300SM memory keys have been certified by NATO as a NIAPC (NATO Information Assurance Product Catalog). This means that the Ironkey D300 family's memory key security is appropriate in all NATO member states, and can be used for both national, civilian and military purposes.
Kingston's Ironkey D300 memory keys are available with USB 2.0 and USB 3.1 Gen1 data interfaces and can store up to eight gigabytes (USB 2.0) or 128 gigabytes of data (USB 3.1 Gen1). Data write speeds are 85 megabytes per second and data read speeds are as high as 250 megabytes per second. Content encryption is provided by the 256-bit AES encryption algorithm in XTS mode. Because the operating news is reliable, the manufacturer guarantees them a five-year warranty.


eLeed supports a “zero-based” Web client. This functionality is required to transfer data to Web portals and Web sites to display publicly available statistical information or data. This mechanism provides the reverse process of data transfer from Web-oriented applications to the system database.
Integration takes place over secure VPN communication channels with access to the database through a limited connection and a “terminal” server that restricts access to the database.
Web interface support in the eLeed platform is implemented as follows:
The implementation was made on the basis of Windows Communication Foundation (WCF) – is a programming framework used for data exchange between applications and it is a component of the .NET Framework. WCF makes it possible to build safe and secure transactional systems by means of a simplified unified programming model of cross-platform interaction. By combining the functionality of the existing .NET technologies on the development of distributed applications, WCF presents a unified infrastructure of development that improves productivity and reduces expenditures on creation of safe, secure and transactional Web services of the new generation.


Internal gravitational waves (IGW) are waves that arise in a stratified fluid under the action of gravity. They exist in the ocean due to its stratification in temperature, salinity and flow.
The topicality of the IGW investigation is due to their influence on the motion of underwater vehicles, the propagation of acoustic signals, soil erosion under oil and gas platforms, participation in the spread of impurities and contaminants. By now, a number of universally recognized models in the scientific community have been formed to describe IGW. However, their application is complicated by the lack of a single environment for modeling, various ways of visualization and manipulation of data. So far, the models for describing IGW have been disjointed, implemented for special cases (geographically and physically), in different programming languages, only locally available. Also, these models are quite complex and their use requires complicated preliminary preparation of input data.
The software package includes the implementation of several numerical models (the Gardner equation, the refractive ray model), the graphical user interface, a number of visualizers of maps and graphs, as well as various tools for viewing and analyzing source data areas and modeling results. International atlases of temperature and salinity were used as data sources: WOA (World Ocean Atlas 2005, WOA05) and GDEM (Generalized Digital Environmental Model, GDEM V 3.0). For coastal - digital atlas of bathymetry ETOPO. Data has been manually pre-processed and converted to one resolution and format.
The are several approaches to the study of IGW implemented in the package. So, numerical models allow to estimate kinematic and nonlinear characteristics of IGW, to carry out modeling of transformation and propagation. Calculation of the coefficients of variation for kinematic and non-linear parameters from two independent data sets also makes it possible to estimate the influence of various sources of hydrological data on the results of modeling. The software package is written in C++ using Qt libraries.
Trial version of the software package is available on request email@example.com


Your thermostat needs to be properly calibrated to accurately read the temperature of your home. Without proper calibration, your HVAC system may not work as efficiently as it should.
Start by testing your thermostat with a standard thermometer. You will want to calculate the difference between the two readings. Then, if necessary, adjust the calibration screw (this is only possible with thermostats that do not contain a mercury vial). To learn more, read on or click here at https://alltemprefrigerationfl.com/.
It’s a good idea to calibrate your thermostat regularly. It will help the system work more efficiently and can save you money on energy bills. Calibration also ensures that the thermostat is working accurately, and prevents erratic cycles that can cause your home to become too hot or too cold.
Many programmable thermostats have a built-in calibration tool that you can use. If yours does not, you can simply find an accurate thermometer and tape it to the wall near your thermostat. Leave the two devices there for about 15 minutes, then check for a difference between their readings. If the temperatures are different by more than a few degrees, your programmable thermostat needs to be calibrated.
Besides making your home uncomfortable, a miscalibrated thermostat can also be wasteful and can lead to higher energy bills. Thermostats that are not properly adjusted can waste energy by constantly turning on and off, causing your HVAC system to run inefficiently. This can also lead to unnecessary wear and tear on your unit, leading to costly repairs or replacements down the line.
Thermostat calibration is a simple process, and you can do it yourself with a few tools and a little know-how. The first step is to find the thermostat’s manual. Each brand and model has its adjustment options, so consult the manual to learn how to get into the calibration mode. You may need a screwdriver to reach some of the adjustments, but most models use a small screw that is located inside a piece of metal in the center of the thermostat.
If you are calibrating a programmable thermostat, make sure to select the “Hold” option after entering the calibration mode. This will allow the thermostat to maintain a specific temperature rather than following the programmed schedule. You can always reset the thermostat to the original settings if you want it to follow your programming again. It’s also a good idea to calibrate the thermostat before the cooling season begins. This helps prevent overheating during the summer and wasting energy.
Inspecting The Thermostat
Even a well-maintained air conditioning system may not perform properly if the thermostat is not calibrated correctly. Improper calibration causes the air conditioner to work harder than it should, resulting in higher energy bills and unnecessary wear and tear on the unit itself. This is why it is important to have the thermostat calibrated regularly, and the process is relatively simple.
First, make sure the power to the thermostat is off by disconnecting it from its wiring. It is also a good idea to remove the cover from the thermostat so that you can get a better look at it. This can help you to find any issues that may be causing the thermostat to read incorrectly.
Next, you should check to see if any dirt or debris is causing the thermostat to not read accurately. You can do this by placing an accurate thermometer near the thermostat and waiting for 15 minutes. Then, compare the readings on both devices to determine the difference between them. If the difference is minimal, then your thermostat is probably fine. However, if the differences are much greater than that, then it is time to begin troubleshooting.
In addition to checking for dirt or dust, you can also test the thermostat’s wire connections with a multimeter. Before performing this step, however, it is important to note that you should never touch any exposed metal parts of the multimeter or any other wires on the thermostat without insulated gloves. This is to prevent any shocks or electrical problems. You will need to locate the two-wire connector on the thermostat, which is usually located near the top of the unit. Once you have found this, disconnect the connector and place one lead of the multimeter on each of the two wires. You should be able to read the results of your testing on the digital display.
Finally, you should also check the mercury vial inside of the thermostat to ensure that it is straight. It is a good idea to use a level to ensure this, as you do not want the mercury inside of it to get bumped. Once you have completed all of these tests, it is recommended that you have your thermostat calibrated by an experienced professional. This will give you peace of mind knowing that your air conditioner is working properly.
Using A Thermometer
Thermostat calibration is important because it ensures that the thermostat gives accurate readings of your home’s temperature. Inaccurate thermostat readings can lead to frozen pipes, high energy bills, and other problems that can be difficult to fix. Calibration is usually done by a professional who uses several tools to take multiple temperature measurements in your home and then compares them with the thermostat’s readings. A thermostat that isn’t calibrated properly can be inaccurate by up to 3 degrees.
The first thermometers were crude water devices that worked much like barometers. They were based on the idea that different substances expand at different rates when they are heated. For example, salt water expands more than freshwater and this affects the pressure inside a glass tube. These early thermometers were used to help scientists determine the freezing and boiling points of various substances and to calculate their temperature, but they were not very reliable.
Modern digital thermometers, however, are extremely precise and can measure to the nearest 10 degrees Celsius or Fahrenheit. They have a probe that fits into the mouth or armpit and measures the temperature of the liquid or solid in the probe. A microchip then processes the information and displays it on a screen. Some digital thermometers can even store and display readings for up to 20 hours.
Other types of thermometers are based on sound or magnetic fields that can be induced by changes in temperature. These thermometers are very useful for measuring low temperatures because they can be used in areas where traditional thermometers cannot reach.
A thermostat’s control element is what senses the indoor air temperature and communicates with the heating or cooling system to turn on. The control element is usually located in the thermostat unit or a sensor on the wall. If the control element is not calibrated properly, it will not accurately read your home’s temperature and the system may be turned on or off too often.
A thermostat calibration check is a simple process and should be done regularly, usually in the fall. Find a good-quality thermometer and place it a few inches away from your thermostat. Allow both of them to settle down for 15 minutes and then check the readings. If the readings are more than a few degrees apart, then you need to recalibrate your thermostat.
Adjusting The Thermostat
If you notice that your air conditioner isn’t blowing out as much cold air as it should, a simple thermostat calibration may fix the problem. This can save you money by reducing energy costs. Like any other part of your HVAC system, the thermostat will require maintenance and repair over time to continue to function properly.
One of the most common reasons a thermostat loses its calibration is due to dust and debris inside. You can perform basic cleaning to help restore the accuracy of your thermostat by using a vacuum cleaner with a soft brush attachment or a damp cloth to clean any dirt that has built up.
Next, you’ll want to check your thermostat against a thermometer. Place the thermometer within a few feet of the thermostat and wait about 15 minutes. Record the readings of both, and calculate how many degrees different they are. A difference of three or more is a sign that your thermostat needs to be recalibrated.
Before you start adjusting your thermostat, be sure to read your manufacturer’s manual for specific instructions on how to do this. Every model has slightly different instructions, but they usually include a few key steps to recalibrate the thermostat: determining the temperature difference needed for adjustment, accessing the calibration settings on your thermostat, and adjusting the calibration settings. Once you’ve adjusted the thermostat, be sure to test it against a thermometer again to make sure the settings are accurate.
Depending on your thermostat model, you may need to press a certain combination of buttons to enter the calibration mode. For example, some programmable thermostats require that you turn the unit off and then press up and down buttons simultaneously until a number displays on the screen. Other models allow you to enter the calibration mode by pressing the ‘ menu ‘ or’ corset review swing value’ button and then entering the ‘adjust value cal’ menu option.
Once you’ve entered the calibration mode, you should find the heat anticipator adjustment lever arm, which is located in the center of the thermostat. This lever will have calibration numbers printed on it, as well as ‘longer’ and ‘ shorter’ settings. To adjust the heating anticipator, you’ll need to move it closer to the ‘longer’ setting by one calibration mark.


Electronic discovery companies, corporate counsel and law firms alike are looking at the future of e-discovery and determining how emerging technology will both help and hinder electronic discovery in litigation. Technology affects every industry, but the legal profession is uniquely expected to both understand and “manage” how technology affects every client they represent, regardless of industry.
According to Gartner, a technology research firm, the electronic discovery market is expected to reach $1.5 billion by 2013. Much of this industry growth among electronic discovery companies can be attributed to vendor consolidation, development of industry standards and focus on data integration. With courts requiring a stronger focus on data integration and creation of industry standards, many in the legal profession see continued growth in the area of electronic discovery.
Another area where some electronic discovery companies are focusing is on open-source projects which could lead to a cost-free, standards-based, system. The goal of this type of system is to provide quality e-discovery software at little to no cost, making the technology feasible for any budget. Some open-source software in development allows lawyers to customize features in order to focus on a particular project.
As technology improves and becomes more defensible, many firms are finding that emerging technologies are able to do the “heavy lifting” research that is customarily performed by law students and paralegals. By using predictive coding, in conjunction with technologies that are being developed for release in the near future, review time will be drastically reduced; allowing focus to remain on more crucial case development. Predictive coding software is only one illustration of technology assisting lawyers and corporations in the area of e-discovery. As technology is developed and honed, electronic discovery companies are expecting to see the amount of time spent on human document review to be reduced even further.
As e-discovery requirements continue to be refined via case law, technology will continue growing to meet the need to provide quality electronic discovery services to litigators. Employing an electronic discovery company that specializes in consulting in addition to providing services provides invaluable guidance and support during the discovery process. For more information about electronic discovery consulting and services, visit www.advanceddiscovery.com.


Location: Istanbul / Level: Bachelor / Duration: 4 Years / Language of Instruction: Turkish / Mode of Study: Full Time, On-Site / Tuition Fee:
USD 6.000 / Discounted Fee: USD 3.000
In the last ten years, the big decrease at the cost of the digital systems and the usage of the computers in different areas has increased the importance of the department. Today, the Computer Engineering is one of the most rapidly developing departments. Department of Computer Engineering offers a program which provides the necessary skills and sufficiency for the planning and performing of the digital systems, design, microprocessor, the technology of the printed circuit, data communication, advanced programming languages, computer system and its networks. Computers are made up of two based upon and complementary components called the hardware and software. The computers which are constantly developing is becoming cheaper and besides this, their efficiency is increasing. Business opportunities of the computer engineers are quite versatile.
Computer Engineering is a profession which aims to solve the problems that require processing information automatically with the computer based hardware and software systems. In accordance with this aim, computer engineers analyze the methods of processing information automatically, design and develop the communication techniques and the necessary structure of the hardware and software in order to solve the problems which require the usage of these methods.
The students of the department have the opportunity to learn new techniques about the subjects in which they are interested by taking elective courses in the special fields. In addition to this, they are educated in the basic subjects like the theoretical basis of the computer science, hardware and architecture of the computer, programming languages, data structures and algorithms, operating systems and networks. Because most of the lessons have projects and students carry out them under the consultancy of their instructors Thanks to most of the lessons having projects and carrying out of these projects, a strong interaction is constituted between the instructors and the students.
Department of Computer Engineering aims to educate students as individuals who are mastered in the basic subjects of the computer sciences, have enough knowledge to become experts in different subjects, ability to use the techniques of the computer engineering and developed designing and deciding skills


What You Should Learn About Electrician Services
Electrical contractors are experts that are learnt the installment and repair service of electric systems in houses as well as businesses. They are accountable for examining electric elements, fixing electric problems, and also replacing electrical fixtures. They utilize the National Electric Code and also neighborhood building laws to guarantee safety as well as compliance. They likewise preserve comprehensive knowledge of various testing equipment. They are well-versed in power generation and also electrical systems, and typically have experience in the renewable energy market.
Electric systems are a safety and security hazard for house owners
If your house has electric systems, you go to danger for fires. According to the National Fire Protection Association, 69 percent of residence fires are brought on by defective or damaged electrical wiring. These fires can start in house home appliances, such as light sockets, as well as can spread to other parts of your house, including transformers and power products.
Older houses have a higher threat of electric fires. This is due to the fact that they were initially built with out-of-date electric systems that were not developed to stand up to modern electrical loads. Older wiring can be harmful, breakable, and can flake, leaving exposed wires.
They are installed in brand-new structures
If youre planning to construct a brand-new building, youll require electrician services to see to it that everything depends on code. This sort of service is normally offered by a separate firm as well as is not offered through every electrical firm. Its vital to pick an electrical firm that specializes in construction-site electrical requirements.
An electrical contractor focusing on new building will normally work with building contractors or professionals to install electric systems and supply recurring solution for them. These services will allow engineers as well as contractors to realize their concepts and desires for their building. With the correct electric service, a new structure can reflect the one-of-a-kind personality of the clients.
They are set up in motor vehicles
Electrical contractors mount and also repair electric tools in motor vehicles. These experts are likewise responsible for identifying and repairing digital tools such as navigation systems as well as passive security systems. Electric installers and also repairers need to have a detailed understanding of electronic devices and also electric tools to correctly do their work. Numerous employers choose candidates with specialized training in electronics or electric setup. Electrical as well as electronic training usually involves researching a/c as well as DC electrical circuitry and tools. This sort of training also consists of hands-on training.
Car electrical experts focus on the electrical circuitry of automobile. They might be employed for new construction or rewiring, or they might work on existing automobiles. Some automobile electrical contractors specialize in cars, while others might specialize in business automobiles. Automotive electricians need to be highly knowledgeable and also have a deep understanding of vehicle electronics and computer systems. They may require to use computers in their work, and they have to be aware of the warning signs that can signal a problem.
They carry out a variety of repair services
Electrical contractors execute a range of electric repair services as well as solutions. This consists of circuitry, lights, and various other electrical family things. The electrical experts carrying out these tasks need to be correctly certified as well as have the expertise as well as skills required to finish the work safely. The electrical contractors might likewise need to give power defense for the systems they work on.
Electrical experts begin their work by evaluating plans to identify where devices lies. They after that install electrical wiring and also attach it to elements making use of hand and also power tools. They additionally test connections with tools like voltmeters, ohmmeters, and harmonics testers.
They are vetted prior to they service your residence
Prior to employing an electrical contractor, you need to explore how theyve vetted themselves. Look into their permit, insurance, and also references. If youre working with an independent electrician, make sure theyre guaranteed. This will guarantee that they are certified as well as will do an excellent task.
11219 Yucca Dr, Riverside, CA 92505
( 951) 421-0300
11219 Yucca Dr


Tuesday, September 27, 2011
11:00 AM - 12:45 PM
|Level: ||Technical - Intermediate|
Traditional Business Intelligence (BI) solutions rely on extracting structured data from one or more data silos, performing analysis over this data and presenting results of significance to business users. Useful though this is, in an environment where 80% of an organisation’s information is held outside structured databases it is clear that much valuable information is ignored. Our innovation transforms Business Intelligence (BI) systems by integrating crucial information from unstructured sources with the structured database sources traditionally used by BI systems. We thus offer business intelligence based on a more complete picture by tapping into important but previously ignored data sources. The system uses text analytics technology to extract information from unstructured text and uses semantic technology to integrate this with structured data. The system is being successfully piloted in BT and a live demonstration will be available.
- Semantic Business Intelligence
- Text analytics to extract information from unstructured text
- Use of ontologies to combine structured and unstructured information sources
- Live demonstration of system as deployed in BT
John Davies leads the Next Generation Web research team in BT Research. His interests include the application of semantic and web2.0 technologies to business intelligence, information integration, service-oriented environments and knowledge management. John has been co-organiser of the European Semantic Web Conference series and chairman of the European Semantic Technology Conference.


Bright Savings: 49% off on Motion-Sensor LED Cabinet Lighting
Bright Savings: Illuminate your Space Efficiently with 49% off on Motion-Sensor LED Cabinet Lighting
Experience intelligent illumination with our Motion-Sensor LED Cabinet Lighting, now available at an incredible 49% discount. This product seamlessly combines energy efficiency, modern technology, and convenience.
The Motion-Sensor LED Cabinet Lighting is designed to enhance the lighting in your home or office cabinets. Armed with motion-sensing technology, it provides light when you need it most, ensuring no corner remains unseen.
Features and Functionality
Our LED Cabinet Lighting features smart motion detection that activates the light when movement is detected within its range, making it perfect for use in closets, cabinets, and other storage areas. Made from high-quality materials, it offers bright yet comfortable lighting. Its wireless design and easy installation make it a convenient addition to any space.
Comparison to Other Products
Compared to traditional cabinet lighting solutions, our motion-sensor LED lights offer numerous advantages. Regular lights require manual control and can often be forgotten, leading to wasted energy. Our product, with its automatic motion detection, ensures light is provided only when necessary, contributing to significant energy savings.
Unlike many similar products on the market, ours offers easy installation without the need for wiring or complex setup. Some competitors require professional installation, adding to their overall costs.
Despite its many benefits, our Motion-Sensor LED Cabinet Lighting might not suit all preferences. Some people may prefer constant lighting in their cabinets without motion detection. Additionally, while the sensor covers a good range, obstacles could potentially hinder its effectiveness.
Regardless of these considerations, the Motion-Sensor LED Cabinet Lighting stands out as a brilliant solution for efficient, convenient, and smart lighting. It's an excellent investment for those seeking to upgrade their spaces with modern technology.
Immerse yourself in an exquisite world of diverse home and auto accessories at Duffpub.com. We cater to your every need, ensuring a convenient and engaging shopping experience. With us, shopping isn't just a necessity, it's a pleasure.


We Stock a variety of LED 5 Meter Strips, in Cool White, Soft White, Red, Green, Blue and Multicolor with Remote. Priced at $29.99 - $39.99 - $49.99
We Also Have 12 Volt Power Adapters, Remote Controls and Accessories.
Below are Pictures of Cool White and Warm White 5 Meter Strip LEDS.
Below are Pictures of RGB Unit with Remote Control and Lit Red, Green and Blue colors.
Below is a Video of Color Change feature of Enhanced Remote Control Unit.
Various other color changes, strobes and speeds available with This Remote.
Below are some of the Accessories For Strip LEDS.
12 Volt 5 Amp Power Adapter 12 Volt 2.5 Amp Power Adapter
12 volt Battery & Remote 12 Volt 2.5 Amp & Remote
Small Dimmer Control Dimmer Control Box
DC Power Plugs and Jacks DC Power Plugs and Jacks
White With Red Black Wire Red Black Dual wire


In this project, I show you how to use magnets to make Halloween props on a table move without anything touching them.
To accomplish this, I first embedded magnets inside a severed hand prop. Then I took a second set of magnets and attached them to the end of a linear motor. This motor was mounted to the bottom of a table. When the hand is placed on top of the table, the motor is able to move the hand with the magnets. This process can be controlled manually or with various sensors and a microcontroller.
For step by step instructions, check out the Instructable:


The Halcyon name has been synonymous with world class underwater lighting systems for nearly 20 years. We released the Focus and Flare lights and then the handheld versions continuing this tradition. Now Halcyon is pleased to announce the latest breakthrough in lighting technology with the release of our Focus 2.0. We are excited to report that our new Focus 2.0 has twice the brightness of our current Focus light. The Focus 2.0 is available in corded models (standard cord or E/O cord), as well as a handheld version. All three versions have a 5.2Ah li-ion battery. We spent a lot of time to find just the right colors to make this light stand out and apart from the traditional Focus light. With the blue body and black accents you will see this light making its way to your favorite dive sites.
The Halcyon Focus 2.0 primary dive light is the latest breakthrough in underwater lighting technology. With up to 5.5 hours burntime and fully focusable beam, it has twice the brightness of the original Focus 1.0 torch which it supercedes. Powered by a sealed 5.2Ah Li-Ion battery in robust delrin housing, the light has an adjustable power switch that can be set to off, low or high power. The design of the Focus 2.0 is further complemented by a fully adjustable handle which can be set to left or right hand operation and folded back on the lens during transport.