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1 Conti, M (2004), Wireless Communications and Pervasive Technologies, in DCook and SKDas (eds), Environments: Technologies, Protocols and Applications, John Wiley & Sons 2 IEEE (2002), Part 151: Wireless Medium Access Control (MAC) and Physical Layer (PHY) Speci cations for Wireless Personal Area Networks (WPANs), Standard 802151-2000 3 IEEE (2003), Part 153: Wireless Medium Access Control (MAC) and Physical Layer (PHY) Speci cations for High Rate Wireless Personal Area Networks (WPANs), Standard 802153-2003 4 Callaway, E, Gorday, P, Hester, L, Gutierrez, J A, Naeve, M, Heile, B and Bahal, V (2002), Home networking with IEEE 802154: a developing standard for low-rate wireless personal area networks, IEEE Communications Magazine, August, 70 77 5 Bisdikian, C (2001), An Overview of the Bluetooth Wireless Technology, IEEE Communications Magazine, 39, (12), 86 94 6 Web site of the Bluetooth Special Interest Group: http://wwwbluetoothcom/ 7 European funded UCAN (Ultra wideband Concepts for Ad hoc Networks) project, IST program (IST-200132710), Deliverable number: D42-1 8 Di Benedetto, MG and Giancola, G (2004), Understanding Ultra Wide Band Radio Fundamentals, Prentice Hall (in press) 9 Baccarelli, E, Biagi, M, Pelizzoni, C and Bellotti, P (2004), A Novel Multi-antenna Impulse Radio UWB Transceiver for Broadband High-Throughput 4G WLANs, to appear in IEEE Communications Letters; also available at http://infocomuniroma1it/ enzobac/mimouwb1pdf 10 Tarokh, V, Seshadri, N and Calderbank, AR (1998), Space Time Codes for High Data Rate Wireless Communication: Performance Criterion and Code Construction, IEEE Transactions on Information Theory, 44(3), 744 765 11 Polydoros, A, Rautio, J, Razzano, G, Bogucka, H, Ragazzi, D, Dallas, P I, Mammela, A, Benedix, M, Lobeira M, and Agarossi, L (2003), Wind- ex: developing a novel test-bed for exploring exible radio concepts in indoor environments, IEEE Communications Magazine, 41 (7), 116 122 12 Baccarelli, E, Fasano, A, and Biagi, M (2002), Novel Ef cient Bit-Loading Algorithms for Peak-Energy Limited ADSL-type Multi-Carrier Systems, IEEE Transactions On Signal Processing, 50 (5), 1237 1247 13 Karygiannis, T and Owens, L (2002), Wireless Network Security: 80211, Bluetooth and Handheld Devices, National Institute of Standards and Technology (NIST), USA 14 ANSI/IEEE (1999), Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Speci cations, Standard 80211-1999 15 IEEE (2001), Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) speci cations: HigherSpeed Physical Layer Extension in the 24 GHz Band, Standard 80211b-2001, Supplement to Standard 802111999 16 IEEE (1999), Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) speci cations: High-speed Physical Layer in the 5 GHz Band, Standard 80211a-1999, Supplement to Standard 80211-1999 17 IEEE (2003), Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) speci cations Amendment 4: Further Higher Data Rate Extension in the 24 GHz Band, Standard 80211g-2003, Amendment to Standard 80211-1999 18 Razzano, G and Curcio, A (2003), Performance comparison of three call admission algorithms in a wireless ad hoc network, in Proceedings of International Conference On Communications, ICCT2003, 2, 1332 1336 19 Kapp, S (2002), 80211a More Bandwidth without the Wires, IEEE Internet Computing, July August 75 79 20 Varshney, U (2003), The Status and Future of 80211-Based WLANs, IEEE Computer, June, 102 105 21 PPP Extensible Authentication Protocol (EAP), RFC 2284 (1998) ftp://ftprfc-editororg/in-notes/rfc2284txt 22 Zhou, L and Haas, ZJ (1999), Securing Ad Hoc Networks, IEEE Networks, 13 (6), 24 30.

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II Wake p rod u c e r s who a re wa i t i n g to p rodu c e i f ( m_f u l lWaiters > e ) l o c k ( m_fu l l Event ) Mon ito r P u l s e ( m_fu l l Event ) ; ret u r n item; } p u b l i c T Peek ( ) { loc k ( m_queue ) ret u r n m_q ueue Peek ( ) ; }

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This code is a little more complicated than the B l o c k i ngQu e u e < T > exam ple we saw previously, but not by much The most complicated aspect is caused by our use of separate condition variables to represent the producer and consumer wait conditions We could have legitimately used the

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of P u l s e for notifications, ensuring any producer or consumer waiting would be awakened But this would cause threads to wake up superflu ously (in stampede fashion) only to find out they must go back to sleep We also use a similar optimization to B l o c k i n gQu e u e < T > to avoid calling P u l s e when no thread o f the particular kind i s waiting o n the condition variable Before calling Wa i t on either event, we have to manually exit the mutual exclusive lock on m_q u e u e taken by the l o c k ( m_q u e u e ) { } statement (but only after entering the appropriate lock) Invoking W a i t ( x ) on some object x releases the lock on x and then waits, in that order Because we use a separate object for locking and event orchestration, we have to do this manually, otherwise another thread couldn't acquire the lock and make the condition we're waiting for become true The result would be deadlock This is safe in this specific code because of the waiting flags; we increment them inside of the m_q u e u e lock, guaranteeing subsequent threads will notice a value greater than 0 and contend for the lock used for signaling This is sub tle and certainly isn't always the case, so be careful if you ever do this Another subtlety is that we call P u l s e on the events after we've released the lock on m_queue This is a slight performance optimization: we could have just as correctly signaled while the lock was held But the first thing all wait ing threads do when they wake up-producers and consumers alike-is try.

The Prefix CPP100 is a one-box solution to MPEG preprocessing The 10-bit CPP100 offers dramatically reduced bit rates, while visually improving image quality The Prefix CPP100 s proprietary design incorporates no less than seven filters, giving Prefix a uniquely powerful ability to remove unwanted signal elements Prefix also allows the enhancement or reduction of HF signal content Sophisticated video

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