bkil vs. programming

Back in the 2000s,  The Future Sound of London  published the experimental album  The San Montana Tapes  under the pseudonym  Heads of Agreement . Their experiment tries to questions the basic definition of western music. [It is] described by them as  "Experiments in polyrhythmic" . It is described as very unmelodic with sparse percussion loops [...] They had been offering free 192kbps MP3 downloads for years. Unfortunately, the original link went broken recently. You can still sample one of the tracks  from the archive if you are curious. It still seems to be available for sale in studio quality  in case it fits your taste.

There are several solutions to saving you from the hassle of having to remember a multitude of passwords. One common way is to install a password manager . These store your randomly generated or manually created passwords in an encrypted manner. You need to devise a method to synchronize these passwords between your devices. A different approach to this problem is to generate all your passwords in a deterministic manner on the fly without saving any state. This spares you from the pains of synchronization and potentially losing all your passwords in case your vault gets damaged. Here are a few of these: https://github.com/waldyrious/hash-my-pass/ http://plevyak.com/dpg.html https://passwordmaker.org/ (old site: http://passwordmaker.sourceforge.net/ ) http://angel.net/~nic/passwd.sha1.html Of course, both methods require using a really strong master password that you can learn by heart.  My personal recommendation is to use at least two separate vaults with different

[[Teracom]], inspired by earlier research {{cite journal|author1=Yiyan Wu|author2=Bo Rong|author3=Khalil Salehian|author4=Gilles Gagnon|title=Cloud Transmission: A New Spectrum-Reuse Friendly Digital Terrestrial Broadcasting Transmission System|journal=IEEE Transactions on Broadcasting|date=21 June 2012|volume=58, Issue: 3|pages=329 - 337|doi=10.1109/TBC.2012.2199598|url= http://ieeexplore.ieee.org/document/6222350/?arnumber=6222350 |accessdate=25 June 2017|publisher=IEEE|issn=1557-9611}} , introduced a new system concept dubbed "WiB", that aims to improve [[frequency reuse]] in the [[Ultra high frequency|UHF band]] while at the same time enable savings in both operating power and capital expenditures costs. {{cite conference|author1=E. Stare|author2=J. J. Giménez|author3=P. Klenner|title=WIB – A new system concept for Digital Terrestrial Television (DTT)|conference=IBC 2016|date=16 March 2017|url= https://www.ibc.org/tech-advances/wib--a-new-system-concept-for-digital-terres

https://en.wikipedia.org/wiki/Eyewitness_memory#Encoding https://en.wikipedia.org/wiki/Misinformation_effect#Basic_methods https://en.wikipedia.org/wiki/Memory_conformity#In_and_out_of_lab_settings https://en.wikipedia.org/wiki/Eyewitness_identification#Causes_of_eyewitness_error https://en.wikipedia.org/wiki/Eyewitness_testimony#Reliability https://en.wikipedia.org/wiki/Dashcam Lessons to learn from dashcams: live traffic accidents (not for the faint of heart) birds surfing vehicles (funny)

Airplane scattering (or most often reflection) is observed on VHF through microwaves http://www.nitehawk.com/w3sz/AircraftScatteron10and24GHzMUDv5a.pdf and, besides back-scattering, yields momentary propagation up to 800 km even in mountainous terrain. The most common back-scatter applications are air-traffic radar, bistatic forward-scatter guided-missile and airplane-detecting [[Bistatic radar|trip-wire radar]], and the US space radar. It is also a less common propagation mode used by [[Amateur radio operator|radio amateurs]]. == History == Airplane scatter itself had been invented in 1930, but HAM usage lagged until the late 80s. The advent of inexpensive [[Software-defined radio|SDR]] based and [[Tracking (commercial airline flight)|distributed real time flight tracking]] enabled precise scheduling, increasing feasibility. http://www.nitehawk.com/w3sz/W3SZ-NEW-AirCraftScatterNEWS2014.pdf http://www.vk3hz.net/ae.htm == Radio amateur usage == Compared to a single trail

Solving unintended static discharges is a tricky question. You can build up a respectable amount of charge on your body if one of the following applies to you: Either the flooring, your chair, clothes or shoes are made of non-conducting, synthetic fabrics You rub the said fabrics a lot by walk or moving You touch grounded surfaces rarely Your skin is poorly conductive (dry) The air is low in humidity (the last two can be exaggerated by HVAC operation) Here are some things to try: Replace clothes or shoes Ground yourself through your shoes (wires and aluminium foil come to mind) Make the flooring or furniture more conductive Moisturize your skin Increase air humidity Wear uncoated conductive accessories (like a cold necklace or bracelets) Wear uncoated conductive accessories having (lots of)  pointy ends - tips may or may not be needed, but they can be made safer by wrapping in small tubes, it's the sharp air contact that matters. Some say a single safety pin i