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username_0: Hi i think it is a nice Idear that Items will charge in Bauble slot.
<issue_comment>username_1: that is technically very difficult to do since the baubles slots aren't the player inventory at all
<issue_comment>username_2: We're not doing Baubles support, I'm sorry.<issue_closed>Unexplained infertility! Where to from here?
What is unexplained infertility? Unexplained infertility is the inability to conceive after 12 months of trying when a full range of investigations (both partners) have been carried out. Basically it is a diagnosis of exclusion. Statistics show up to 20% of couples who struggle to conceive may be diagnosed with unexplained infertility. Having no answers… Continue reading Unexplained infertility! Where to from here?
Who is new The Hills star Caroline D’Amore?
THE Hills: New Beginnings has returned for a brand new series of life in the Hollywood Hills.
With season 2 comes Caroline D'Amore, who has already become a fan favorite.
Who is new The Hills star Caroline D'Amore?
Caroline D'Amore was born June 9, 1984, making her 36-years-old.
Caroline is the founder and CEO of Pizza Girl, Inc, and also co-owner of her family business D’Amores Pizza, founded by her father.
Caroline is currently dating Ryan Daniel O’Leary after divorcing husband Bobby Alt in 2020.
Speaking about her divorce and why she decided to join The Hills, Caroline told Page Six: “I lost everything, everything but the shirt on my back, and my company [D'Amore's Pizza/Pizza Girl, Inc.] had just shut down because of Covid.
Caroline has a six-year-old daughter, Isabella Viking Alt, who was born in 2015.
The little girl was born during her marriage to Bobby Alt.
In 2017 Caroline walked the runway holding her daughter at the Shahida Parides Fall/Winter Collection show.
Is Caroline in a feud with Mischa Barton?
Speaking to the HillsCast guest podcast host Teddi Mellencamp, Caroline talked about her on-going drama with former The Hills star Mischa Barton.
Though she was invited on as a cast member for the second season, the Pizza Girl CEO admitted that efforts were made to keep her out of the first season by someone she believed to be a friend.
"Mischa's not on the show anymore, but everyone knows that Mischa and I had beef. Like, it's documented. That was in the press," she explained. "Basically, we were friends last season, and then she had gone behind my back, I guess, to keep me off the show."
After deciding to start producing music together, their 2011 album, 936, featured Dunis characteristically Nico-esque, emotionless drawl, with beats both technical and cutting. Peaking Lights’ latest release, Lucifer, is an evolution from that, as it masterfully winds years of Coyes spacey song construction with the tenderness of fresh parenthood.
Moonrise summons the image of the sun shining, the wind winking, as the sound of chimes are laced into multi-processional drumming. Its like a Buddhist chant, measured and tonal. Beautiful Son is an ode to their newborn, Mikko, and its teetering turntable mixings bring back the tone of the ’90s  think The Verve and Fatboy Slim. Around 2:40, the song embarks upon a minimalist-but-brilliant guitar solo in the style of Velvet Underground and Girls.
Cosmic Tides and LO HI are the albums triumphs. Psychedelic, reggae-style organ keyboard hooks and mellow bass drum serve as the backbone for both tracks. Dunis vocals in Cosmic Tides become ghostly like BjÃ¶rks, and the song paints its own ephemeral dreamscape. LO HI carries the same dulcet tone, and its best moment is during an organ solo by Coyes that is also laced with Duniss sunny, motherly croon and Mikkos ecstatic laughter, tears, and infant garblings.
The chemistry of Duniss and Coyess coupledom and their reverence and devotion to Mikko is clearly manifested in this albums saintly sounds and fascinating imagery. As experienced musicians, the two have suffused their wisdom into Lucifer  its beats are balanced, precise, and lucid, just as the transitions are seamless and well orchestrated. Lucifer demonstrates Peaking Lights’ maturation in more ways than one, and the album is a welcomed contribution to the lo-fi genre they know and love.Zhang, Dongbo
(2007)
Wireless multiuser communication systems: diversity receiver performance analysis, GSMuD design, and fading channel simulator.
PhD thesis, Iowa State University.
Full text available as:
Multipath fading phenomenon is central to the design and analysis of wireless communication systems including multiuser systems. If untreated, the fading will corrupt the transmitted signal and often cause performance degradations such as increased communication error and decreased data rate, as compared to wireline channels with little or no multipath fading. On the other hand, this multipath fading phenomenon, if fully utilized, can actually lead to system designs that provide additional gains in system performance as compared to systems that experience non-fading channels.
The central question this thesis tries to answer is how to design and analyze a wireless multiuser system that takes advantage of the benefits the diversity multipath fading channel provides. Two particular techniques are discussed and analyzed in the first part of the thesis: quadrature amplitude modulation (QAM) and diversity receivers, including maximal ratio combining (MRC) and generalized selection combining (GSC). We consider the practical case of imperfect channel estimation (ICE) and develop a new decision variable (DV) of MRC receiver output for M-QAM. By deriving its moment generating function (MGF), we obtain the exact bit error rate (BER) performance under arbitrary correlated Rayleigh and Rician channels, with ICE. GSC provides a tradeoff between receiver complexity and performance. We study the effect of ICE on the GSC output effective SNR under generalized fading channels and obtain the exact BER results for M-QAM systems. The significance of this part lies in that these results provide system designers means to evaluate how different practical channel estimators and their parameters can affect the system's performance and help them distribute system resources that can most effectively improve performance.
In the second part of the thesis, we look at a new diversity technique unique to multiuser systems under multipath fading channels: the multiuser diversity. We devise a generalized selection multiuser diversity (GSMuD) scheme for the practical CDMA downlink systems, where users are selected for transmission based on their respective channel qualities. We include the effect of ICE in the design and analysis of GSMuD. Based on the marginal distribution of the ranked user signal-noise ratios (SNRs), we develop a practical adaptive modulation and coding (AMC) scheme and equal power allocation scheme and statistical optimal 1-D and 2-D power allocation schemes, to fully exploit the available multiuser diversity. We use the convex optimization procedures to obtain the 1-D and 2-D power allocation algorithms, which distribute the total system power in the “waterfilling” fashion alone the user (1-D) or both user and time (2-D) for the power-limited and energy-limited system respectively. We also propose a normalized SNR based GSMuD scheme where user access fairness issues are explicitly addressed. We address various fairness-related performance metrics such as the user's average access probability (AAP), average access time (AAT), and average wait time (AWT) in the absolute- and normalized- SNR based GSMuD. These metrics are useful for system designers to determine parameters such as optimal packet size and delay constraints.
We observe that Nakakagami-m fading channel model is widely applied to model the real world multipath fading channels of different severity. In the last part of the thesis, we propose a Nakagami-m channel simulator that can generate accurate channel coefficients that follow the Nakagami-m model, with independent quadrature parts, accurate phase distribution and arbitrary auto-correlation property. We demonstrate that the proposed simulator can be extremely useful in simulations involving Nakagami-m fading channel models, evident from the numerous simulation results obtained in earlier parts of the thesis where the fading channel coefficients are generated using this proposed simulator.
Archive Staff Only: edit this record/***********************************************************************
 * scas, Copyright (c) 2012-2013, <NAME>
 * This file is distributed under the FreeBSD license. 
 * See LICENSE for details.
 ***********************************************************************/

#ifndef SCAS_MOUNT_H
#define SCAS_MOUNT_H

int
scas_mount_snapshot(const char *server_name, const char *snapshot_name);

#endif

This is the oldest open air swimming pool in the UK - 143yrs old! The pool used to be the bath house for the personal bodyguard for the Earl, their barracks was the castle you can see behind the far wall in the distance. It is a real sun trap and is still filled by it's own well, it is open between May & Sep only. {} {}With support from the James Irvine Foundation's Exploring Engagement Fund, BAVC is working with